2025-03-09T09:54:48.717
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 "rtc/reflash": null,
 "rtc/reset": null,
 "meters/0/config_update": [5,{"display_name":"Fronius Symo Carport","location":3,"host":"192.168.1.12","port":502,"device_address":1,"manufacturer_name":"Fronius","model_name":"Symo 5.0-3-M","serial_number":"35132678","model_id":113,"model_instance":0,"dc_port_type":65535}],
 "meters/0/config_reset": null,
 "meters/1/config_update": [0,null],
 "meters/1/config_reset": null,
 "meters/2/config_update": [0,null],
 "meters/2/config_reset": null,
 "meters/3/config_update": [0,null],
 "meters/3/config_reset": null,
 "meters/4/config_update": [0,null],
 "meters/4/config_reset": null,
 "meters/5/config_update": [0,null],
 "meters/5/config_reset": null,
 "meters/6/config_update": [0,null],
 "meters/6/config_reset": null,
 "meters_sun_spec/scan": {"host":"","port":0,"device_address_first":1,"device_address_last":247,"cookie":0},
 "meters_sun_spec/scan_continue": {"cookie":0},
 "meters_sun_spec/scan_abort": {"cookie":0},
 "meters_legacy_api/config_update": {"linked_meter_slot":0},
 "meters_legacy_api/config_reset": null,
 "meter/reset": null,
 "meter/state_update": {"state":0,"type":0},
 "meter/values_update": {"power":0,"energy_rel":0,"energy_abs":0},
 "meter/phases_update": {"phases_connected":[false,false,false],"phases_active":[false,false,false]},
 "meter/all_values_update": [],
 "energy_manager/reflash": null,
 "energy_manager/reset": null,
 "energy_manager/config_update": {"contactor_installed":true},
 "energy_manager/config_reset": null,
 "power_manager/config_update": {"enabled":false,"phase_switching_mode":0,"excess_charging_enable":false,"default_mode":0,"meter_slot_grid_power":1,"meter_slot_battery_power":255,"battery_mode":0,"battery_inverted":false,"battery_deadzone":100,"target_power_from_grid":0,"guaranteed_power":1380,"cloud_filter_mode":2},
 "power_manager/config_reset": null,
 "power_manager/dynamic_load_config_update": {"enabled":false,"meter_slot_grid_currents":0,"current_limit":0,"largest_consumer_current":32000,"safety_margin_pct":0},
 "power_manager/dynamic_load_config_reset": null,
 "power_manager/external_control_update": {"phases_wanted":0},
 "em_phase_switcher/charger_config_update": {"idx":0,"host":"warp2.local","proxy_mode":false},
 "em_phase_switcher/charger_config_reset": null,
 "energy_manager/sdcard_format": {"do_i_know_what_i_am_doing":null},
 "day_ahead_prices/config_update": {"enable":true,"api_url":"https://api.warp-charger.com/","region":0,"resolution":1,"cert_id":-1,"vat":0,"grid_costs_and_taxes":0,"supplier_markup":0,"supplier_base_fee":0},
 "day_ahead_prices/config_reset": null,
 "solar_forecast/config_update": {"enable":true,"api_url":"https://api.forecast.solar/","cert_id":-1},
 "solar_forecast/config_reset": null,
 "solar_forecast/planes/0/config_update": {"enable":true,"name":"Carport-Ost","lat":null,"long":null,"dec":10,"az":-30,"wp":2610},
 "solar_forecast/planes/0/config_reset": null,
 "solar_forecast/planes/1/config_update": {"enable":true,"name":"Carport-West","lat":null,"long":null,"dec":10,"az":60,"wp":2610},
 "solar_forecast/planes/1/config_reset": null,
 "solar_forecast/planes/2/config_update": {"enable":false,"name":"#2","lat":null,"long":null,"dec":0,"az":0,"wp":0},
 "solar_forecast/planes/2/config_reset": null,
 "solar_forecast/planes/3/config_update": {"enable":false,"name":"#3","lat":null,"long":null,"dec":0,"az":0,"wp":0},
 "solar_forecast/planes/3/config_reset": null,
 "solar_forecast/planes/4/config_update": {"enable":false,"name":"#4","lat":null,"long":null,"dec":0,"az":0,"wp":0},
 "solar_forecast/planes/4/config_reset": null,
 "solar_forecast/planes/5/config_update": {"enable":false,"name":"#5","lat":null,"long":null,"dec":0,"az":0,"wp":0},
 "solar_forecast/planes/5/config_reset": null,
 "authentication/config_update": {"enable_auth":true,"username":"admin","digest_hash":null},
 "authentication/config_reset": null,
 "info/display_name_update": {"display_name":"warpEM"},
 "info/display_name_reset": null,
 "certs/add": {"id":0,"name":"","cert":""},
 "certs/modify": {"id":0,"name":"","cert":""},
 "certs/remove": {"id":0},
 "remote_access/config_update": {"enable":false,"relay_host":"","relay_port":443,"email":"","cert_id":-1},
 "remote_access/config_reset": null,
 "eco/config_update": {"enable":false,"park_time":false,"park_time_duration":8,"charge_below":false,"charge_below_threshold":0,"block_above":false,"block_above_threshold":20,"yield_forecast":false,"yield_forecast_threshold":0},
 "eco/config_reset": null,
 "eco/charge_plan_update": {"enable":false,"departure":1,"time":480,"amount":4},
 "energy_manager/history_wallbox_5min": {"uid":189845,"year":2025,"month":3,"day":8},
 "energy_manager/history_wallbox_daily": {"uid":189845,"year":2025,"month":3},
 "energy_manager/history_energy_manager_5min": {"year":2025,"month":3,"day":8},
 "energy_manager/history_energy_manager_daily": {"year":2025,"month":3}}

                  0,468 |                  |     **** TINKERFORGE WARP ENERGY MANAGER V2.3.5+67C9A9A9 ****
                  0,469 |                  |          321K RAM SYSTEM   286604 HEAP BYTES FREE
                  0,479 |                  | READY.
                  0,480 |                  | Last reset reason was: Software reset via esp_restart.
                  0,507 | main             | Firmware partitions: app0 (valid), app1 (valid, running, boot)
                  0,719 | fs               | Mounted data partition. 61440 of 3538944 bytes (1.7 %) used
                  1,076 | api              | WARP Energy Manager config version: 2.2.3 (wem)
                  1,141 | esp32_eth_brick  | ESP32 Ethernet Brick UID: 26K8
                  1,635 | ntp              | Set timezone to Europe/Berlin
                  3,475 | ethernet         | Started
                  3,477 | ethernet         | Connected: 100 Mbps Full Duplex, MAC: 78:21:84:45:01:BF
                  3,492 | ethernet         | Got IP address: 192.168.1.11/24
                  3,789 | firmware_update  | Firmware is signed by: Tinkerforge GmbH
2025-03-09 09:44:22,000 | rtc              | System time set from RTC at 4,361
2025-03-09 09:44:22,633 | authentication   | Web interface authentication enabled.
2025-03-09 09:44:22,778 | remote_access    | Remote Access is enabled trying to connect
2025-03-09 09:44:22,862 | network          | mDNS responder started
2025-03-09 09:44:23,197 | power_manager    | External phase switching API enabled
2025-03-09 09:44:23,198 | charge_manager   | Enabled fast single charger mode
2025-03-09 09:44:23,445 | device_name      | This is warpEM (wem-26K8), a WARP Energy Manager
2025-03-09 09:44:23,634 | ntp              | NTP synchronized at 6,041
2025-03-09 09:44:24,395 | network          | Network connected (Ethernet)
2025-03-09 09:44:24,437 | cm_networking    | Resolved warp2.local to 192.168.1.10 (via mDNS scan)
2025-03-09 09:44:27,996 | meters_sun_spec  | Meter 0: Connected to 192.168.1.12:502
2025-03-09 09:44:31,188 | remote_access    | Connecting to Management WireGuard peer my.warp-charger.com:51820
2025-03-09 09:44:32,266 | remote_access    | Management connection connected
2025-03-09 09:44:32,268 | charge_manager   | Seen all chargers.
2025-03-09 09:44:34,702 | meters_sun_spec  | Meter 0: Looking for device Mn='Fronius' Md='Symo 5.0-3-M' SN='35132678'
2025-03-09 09:44:34,703 | meters_sun_spec  | Meter 0: Device Mn='Fronius' Md='Symo 5.0-3-M' Opt='3.21.3-1' Vr='0.3.30.1' SN='35132678' is matching
2025-03-09 09:44:35,106 | meters_sun_spec  | Meter 0: Configured SunSpec model 113/0 found at 192.168.1.12:502:1:40069
2025-03-09 09:44:35,344 | meters           | Meter 0: Meter declared 23 values
2025-03-09 09:49:19,274 | uptime_tracker   | Wrote last uptime to flash
2025-03-09 09:50:28,453 | em_phaseswitcher | Toggling with CP disconnect
2025-03-09 09:50:28,454 | em_phaseswitcher | Now in state 1 (command)
2025-03-09 09:50:28,865 | em_phaseswitcher | Now in state 2 (state)
2025-03-09 09:50:29,868 | em_phaseswitcher | Now in state 3 (state)
2025-03-09 09:50:30,870 | em_phaseswitcher | Now in state 4 (state)
2025-03-09 09:50:31,466 | em_phaseswitcher | Now in state 5 (command)
2025-03-09 09:50:33,468 | em_phaseswitcher | Now in state 6 (command)
2025-03-09 09:50:35,469 | em_phaseswitcher | Now in state 7 (command)
2025-03-09 09:50:36,915 | em_phaseswitcher | Now in state 0 (state)


___TRACE_LOG_START___

__begin_rtc__
                  4,360 | Set time to 2025-03-09 09:44:22,000 at 4360. Quality RTC
2025-03-09 09:44:23,680 | Set time to 2025-03-09 09:44:23,633 at 6041. Quality High
__end_rtc__
__begin_charge_manager__
RECV 0: phases 0 -> 1
RECV 0: phase_switch_supported 0 -> 1
2025-03-09 09:44:32,268
Hysteresis -165
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:44:37,270
Hysteresis -160
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:44:42,273
Hysteresis -155
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:44:47,275
Hysteresis -150
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:44:52,278
Hysteresis -145
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:44:57,280
Hysteresis -140
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:02,287
Hysteresis -135
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:07,308
Hysteresis -130
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:12,317
Hysteresis -125
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:17,320
Hysteresis -120
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:22,322
Hysteresis -115
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:27,324
Hysteresis -110
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



2025-03-09 09:45:32,327
Hysteresis -105
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
9: [         0        ]



RECV 0: supported 0 -> 6000 mA
RECV 0: requested 0 -> 6000 mA (lines 0.000 0.000 0.000)
2025-03-09 09:45:37,330
Hysteresis -100
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@0p       ]
1: have B1 0; rotation allowed 0
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: don't have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]
charger 0: waking up



2025-03-09 09:45:42,332
Hysteresis -174
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:45:47,335
Hysteresis -169
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:45:52,338
Hysteresis -164
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:45:57,340
Hysteresis -159
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:02,343
Hysteresis -154
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:07,346
Hysteresis -149
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:12,349
Hysteresis -144
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:17,351
Hysteresis -139
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:22,354
Hysteresis -134
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:27,356
Hysteresis -129
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:32,359
Hysteresis -124
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:37,362
Hysteresis -119
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:42,365
Hysteresis -114
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:47,368
Hysteresis -109
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:52,371
Hysteresis -104
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:46:57,373
Hysteresis -99
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:02,376
Hysteresis -94
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:07,378
Hysteresis -89
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:12,381
Hysteresis -84
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:17,384
Hysteresis -79
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:22,386
Hysteresis -74
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 0 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       current_avail_for_3p 16000
     Wnd (0 0 0 0)->(0 0 0 0)
3: filtered 1 to 0.
6: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: filtered 1 to 1, sorted to 0 
9: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:27,389
Hysteresis -69
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:32,392
Hysteresis -64
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:37,395
Hysteresis -59
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:42,399
Hysteresis -54
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:47,402
Hysteresis -49
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:52,405
Hysteresis -44
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:47:57,408
Hysteresis -39
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:02,411
Hysteresis -34
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:07,414
Hysteresis -29
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:12,417
Hysteresis -24
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:17,421
Hysteresis -19
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:22,425
Hysteresis -14
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:27,428
Hysteresis -9
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:32,431
Hysteresis -4
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
3: wnd_min 6000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:37,434
Hysteresis 0
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:42,438
Hysteresis 5
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:47,441
Hysteresis 10
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:52,444
Hysteresis 15
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:48:57,448
Hysteresis 20
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:02,451
Hysteresis 25
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:07,454
Hysteresis 30
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:12,457
Hysteresis 35
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:17,465
Hysteresis 40
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:22,475
Hysteresis 45
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:27,479
Hysteresis 50
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:32,482
Hysteresis 55
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:37,485
Hysteresis 60
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:42,489
Hysteresis 65
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:47,492
Hysteresis 70
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:52,496
Hysteresis 75
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:49:57,499
Hysteresis 80
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:50:02,503
Hysteresis 85
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:50:07,506
Hysteresis 90
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:50:12,509
Hysteresis 95
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:50:17,513
Hysteresis 100
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:50:22,516
Hysteresis 105
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 0 0) fair (0 10000 0 0)
7: 0: 6000@1p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@1p       ]



2025-03-09 09:50:27,520
Hysteresis 110
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@1p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (6000 6000 0 0)
       current_avail_for_3p 10000
       0 (1p known rot) wnd_max (6000 6000 0 0)
     Wnd (6000 6000 0 0)->(6000 6000 0 0)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 0 <= p2 raw 16000
3: wnd_min 0 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@1p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 1, sorted to 0 
5: 0: Yes
     Wnd (0 0 0 0)->(0 0 0 0)
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 16000 16000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-6000 10000 16000 16000) min(-6000 10000 16000 16000) spread(-6000 10000 16000 16000) max_pv -6000
9: [ 0  6000@3p       ]



RECV 0: phases 1 -> 3
2025-03-09 09:50:32,523
Hysteresis -174
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:50:37,527
Hysteresis -169
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:50:42,530
Hysteresis -164
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:50:47,533
Hysteresis -159
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:50:52,536
Hysteresis -154
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:50:57,540
Hysteresis -149
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:02,543
Hysteresis -144
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:07,546
Hysteresis -139
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:12,549
Hysteresis -134
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:17,553
Hysteresis -129
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:22,556
Hysteresis -124
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:27,559
Hysteresis -119
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:32,563
Hysteresis -114
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:37,566
Hysteresis -109
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:42,569
Hysteresis -104
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:47,572
Hysteresis -99
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:52,576
Hysteresis -94
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:51:57,579
Hysteresis -89
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:02,582
Hysteresis -84
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:07,585
Hysteresis -79
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:12,589
Hysteresis -74
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:17,592
Hysteresis -69
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:22,595
Hysteresis -64
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:27,598
Hysteresis -59
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:32,601
Hysteresis -54
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:37,605
Hysteresis -49
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:42,608
Hysteresis -44
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:47,611
Hysteresis -39
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:52,614
Hysteresis -34
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:52:57,617
Hysteresis -29
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:02,621
Hysteresis -24
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:07,625
Hysteresis -19
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:12,628
Hysteresis -14
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:17,631
Hysteresis -9
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:22,635
Hysteresis -4
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
3: wnd_min 18000 > max_pv 0 hyst not elapsed
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:27,638
Hysteresis 0
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:32,649
Hysteresis 5
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:37,653
Hysteresis 10
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:42,656
Hysteresis 15
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:47,660
Hysteresis 20
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:52,664
Hysteresis 25
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:53:57,669
Hysteresis 30
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:02,672
Hysteresis 35
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:07,675
Hysteresis 40
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:12,679
Hysteresis 45
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:17,682
Hysteresis 50
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:22,685
Hysteresis 55
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:27,689
Hysteresis 60
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:32,693
Hysteresis 65
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:37,696
Hysteresis 70
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:42,700
Hysteresis 75
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



2025-03-09 09:54:47,704
Hysteresis 80
0: raw(0 16000 16000 16000) min(0 16000 16000 16000) spread(0 16000 16000 16000) max_pv 0
0: [ 0     0@3p       ]
1: have B1 0; rotation allowed 0
1: 0: rot_b1 0 rot_prio 0 keep_active 1 can p-switch 1
2: filtered 1 to 0.
     Calc Wnd
       0 wnd_min (18000 6000 6000 6000)
       current_avail_for_3p 16000
       0 (3p) wnd_max (18000 6000 6000 6000)
     Wnd (18000 6000 6000 6000)->(18000 6000 6000 6000)
3: filtered 1 to 1, sorted to 0 
3: wnd_min 6000 <= p1 raw 16000
3: wnd_min 6000 <= p2 raw 16000
3: wnd_min 6000 <= p3 raw 16000
6: filtered 1 to 1, sorted to 0 
6: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
7: filtered 1 to 1, sorted to 0 
7: active (1 1 1 1) fair (0 10000 10000 10000)
7: 0: 6000@3p
8: filtered 1 to 1, sorted to 0 
8: 0: 6000@3p
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
     Wnd (0 0 0 0)->(0 0 0 0)
4: have active chargers.
4: filtered 1 to 0.
5: <2 active. pv reqs min
5: filtered 1 to 0.
6: filtered 1 to 0.
8: filtered 1 to 0.
9: don't have active chargers.
9: raw(-18000 10000 10000 10000) min(-18000 10000 10000 10000) spread(-18000 10000 10000 10000) max_pv -18000
9: [ 0  6000@3p       ]



__end_charge_manager__
__begin_meters_mbtcp__
__end_meters_mbtcp__
__begin_meters_sun_spec__
0071003c40ef0a3e401f5c29401f5c29401f5c2943c6666743c8000043c6e6674365333343674ccd4364e66744d6c0004247eb8544d6c07540e00000c2c7ff9347fb94017fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c6666743c8000043c6e6674365333343674ccd4364e66744d6c0004247eb8544d6c07540e00000c2c7ff9347fb94017fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
2025-03-09 09:54:14,017
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c7199a43c7199a43c6b3334365199a436733334364e66744d6c0004247eb8544d6c05640c00000c2c7ffb047fb95017fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c7199a43c7199a43c6b3334365199a436733334364e66744d6c0004247eb8544d6c05640c00000c2c7ffb047fb95017fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
2025-03-09 09:54:16,007
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c6000043c7e66743c6b333436500004367199a4364cccd44d6a0004247eb8544d6a03c40a00000c2c7ffc847fb95817fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c6000043c7e66743c6b333436500004367199a4364cccd44d6a0004247eb8544d6a03c40a00000c2c7ffc847fb95817fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
2025-03-09 09:54:18,024
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c6999a43c7666743c64ccd436500004367199a4364b33344d6c0004247f5c244d6c099c100000042c7ff7247fb95817fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
m0 a40069 c48 d0
0071003c40ef0a3e401f5c29401f5c29401f5c2943c6999a43c7666743c64ccd436500004367199a4364b33344d6c0004247f5c244d6c099c100000042c7ff7247fb95817fc000007fc0000044e0035c7fc000007fc000007fc000007fc00000
2025-03-09 09:54:20,013
m0 a40069 c48 d0
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2025-03-09 09:54:22,078
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2025-03-09 09:54:24,006
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2025-03-09 09:54:26,033
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2025-03-09 09:54:28,067
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2025-03-09 09:54:30,034
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2025-03-09 09:54:32,026
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2025-03-09 09:54:34,045
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2025-03-09 09:54:36,018
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2025-03-09 09:54:40,022
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