Today
Live power flow
No live data
Technical
PV power (DC)
–kW
Consumption
–kW
Grid (export +)
–kW
Reactive power Σ
–kvar
Grid frequency
–Hz
Inverter temp
–°C
| L1 | L2 | L3 |
|---|
Per-phase figures are the inverter's own grid-terminal measurements (export-positive). On this GW80K-ET the aggregate power and power-factor registers are unreliable, so treat the power-triangle values as indicative; energy figures elsewhere use the trusted meter register.
| String | Voltage | Current | String | Voltage | Current |
|---|
MPPT tracking
All days, alerts →Tracker status
–
Lost today
–kWh
Lost last 30 days
–kWh
| Day | Production (kWh) | Lost (kWh) | Lost (%) | Stuck MPPTs |
|---|
On sunny days partial shading gives each string two power maxima: one with the shaded modules bypassed (lower voltage, more power) and one with all modules active but current-limited (higher voltage). A tracker counts as stuck when it runs clearly above the voltage of the best MPPT of the same orientation and clearly below its power, per module, for at least 15 minutes. The loss is what it would have made at that MPPT's level. If every MPPT of one side is stuck at once there is no reference and nothing is flagged. Remedy: enable Shadow Scan on the inverter (SolarGo).
Economics
Performance
Self-consumption
–%
of what the roof produced
Self-sufficiency
–%
of what the building used
Specific yield
–kWh/kWp
per day
Best day
–kWh
–
Month peak
Demand cost so far
–
Charts
| Time | Production (W) | Consumption (W) |
|---|
| Date | Benefit (CHF) |
|---|
History
| Period | Production (kWh) | Self-consumed (kWh) | Exported (kWh) | Imported (kWh) | Peak import (kW) | Benefit (CHF) |
|---|
The highest 15 minute import in a month sets that month's demand charge, so a single unlucky quarter-hour can cost more than a week of energy. Values here are the same figures the Month peak card shows, one per completed month.
Export