Inverter and grid
A: inverter · B: grid · C: disconnected
UTC+08:00 · 1×
Parameters
- Time zone
- UTC+08:00
- Speed
- 1×
- Period
- 24 h
- Resolution
- 1 s
- Initial energy
- 0 kWh
A measures inverter generation as positive power. B measures grid power: positive for import and negative for export. Every value on C is zero.
The inverter operates at unity power factor. Grid power equals household demand minus inverter generation; the grid supplies the household reactive demand.
Positive power accumulates import kWh; negative power accumulates export kWh. On A, import kWh represents generated energy.
Energy accumulates across days and restarts.
Load profile summary
Solar generation follows a smooth curve from 06:00 to 18:00 with a 3,000 W peak at noon. Generation is zero at night.
Household demand combines all three channels of the Home grid without solar profile. Daytime surplus is exported; the grid supplies demand at night.
These daily totals describe a complete simulated day. A newly started meter counts energy only from its saved start time.
Daily peak active power
Peaks are calculated from the one-second model, rather than estimated from the chart.
| Channels | Active power | Time |
|---|---|---|
| A | 3000.0 W | 11:59:59 UTC+08:00 |
| B | 2928.5 W | 18:17:28 UTC+08:00 |
| C | 0.0 W | 00:00:00 UTC+08:00 |
24-hour curves
Move the time slider to inspect each channel.
Curve preview: one-minute samples. Meter readings use one-second resolution.
Active power (W)
Reactive power (var)
Voltage (V)
Channel mapping
| Channels | Role | Daily input energy | Daily export energy |
|---|---|---|---|
| A | Inverter | 22.9183 kWh | 0.0000 kWh |
| B | Grid | 10.0306 kWh | 17.9190 kWh |
| C | Disconnected | 0 kWh | 0 kWh |
WEM3080: inverter. WEM2067: inverter and grid. WEM3050T: inverter, grid and a zero-valued channel C.
Shared Modbus/TCP uses the default data source.
Measurement rules
No harmonics are simulated.
S = √(P² + Q²)I = S / VPF = |P| / SΔimport kWh = max(P, 0) × Δt / 3,600,000Δexport kWh = max(-P, 0) × Δt / 3,600,000Δkvarh = Q × Δt / 3,600,000Time is measured in seconds; P in W, Q in var, S in VA.
This configuration is read-only.