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ENERGY
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02 / Equipment workspace

Every source. In view.

Demo Ranch / Physical power map

Follow the wire.

0.0 W
PV measured · South A, South B isolated
Amber: measured solar · Green: generator / grid / wind · Blue: storage exchange · Gray: connectivity only · Red break: isolated. Laid out from the wiring rows, whatever the topology.
Renogy MPPTSTALENIGHT · 50 AEPEVER ASTALEPV OPEN · 30 AEPEVER BNO DATA · 30 ARoof array1200 Wp6 panelsSouth APV open3 panels · breaker openSouth BPV open3 panels · breaker open9 packs → Battery bank1234567890/9 freshDC/ACData inverterSTALEmonitoring gap · 2 kWDC/ACTrailer ACSTALEmonitoring gap · 3 kWDC/ACMidea / auxiliarySTALEmonitoring gap · 2 kWMini PC clusterSTALEmonitoring gapStarlinkSTALEmonitoring gapBattery bankunknown · no SOC source5 stages · 21 devices · 20 wires · 1 bank
Storage net via no SOC source. Solar 0.0 W from 0/1 sources. Metered loads 0.0 Wpartial: Data inverter, Trailer AC, Midea / auxiliary unmetered. Each watt is counted once: a plug under a metered inverter is detail, not extra load.
Inventory

Devices

20 devices · 5 links
DeviceKindMake / modelRatingFed by → feedsLatestRead
Renogy MPPT
mppt-renogy
Charge controllerRenogy Rover 40A50 ARoof array → Battery bank0.0 W PV · 13.29 V · night4h ago
EPEVER A
mppt-epever-a
Charge controllerEPEVER Tracer 3210AN30 ASouth A → Battery bank0.0 W PV · 13.29 V · pv open4h ago
EPEVER B
mppt-epever-b
Charge controllerEPEVER Tracer 3210AN30 ASouth B → Battery banknever
Roof array
roof-array
PV array1200 W— → Renogy MPPTmeasured downstreamn/a
South A
south-a
PV array600 W— → EPEVER APV open / breaker offn/a
South B
south-b
PV array600 W— → EPEVER BPV open / breaker offn/a
Battery 1
pack-1
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank95% · 13.29 V · -0.37 A4h ago
Battery 2
pack-2
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank97% · 13.29 V · -0.38 A4h ago
Battery 3
pack-3
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank98% · 13.29 V · -0.38 A4h ago
Battery 4
pack-4
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank96% · 13.29 V · -0.37 A4h ago
Battery 5
pack-5
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank96% · 13.29 V · -0.37 A4h ago
Battery 6
pack-6
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank98% · 13.29 V · -0.38 A4h ago
Battery 7
pack-7
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank97% · 13.29 V · -0.38 A4h ago
Battery 8
pack-8
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery bank98% · 13.29 V · -0.38 A4h ago
Battery 9
pack-9
Battery packGeneric LiFePO4 12.8V 100Ah1280 Wh · 4S— → Battery banknever
Data inverter
inv-data
Inverter2000 WBattery bank → Mini PC cluster, Starlink39.9 W AC4h ago
Trailer AC
inv-trailer
Inverter3000 WBattery bank → —unmetered4h ago
Midea / auxiliary
inv-aux
Inverter2000 WBattery bank → —unmetered4h ago
Mini PC cluster
meter-minipc
Load meterShelly Plug SData inverter → —7.6 W AC4h ago
Starlink
meter-starlink
Load meterShelly Plug SData inverter → —31.2 W AC4h ago
Any layout works: add rows to the devices table and wire them in the links table (from → to, the way power flows). The map, the bank view and every total are derived from those rows. See Connect.