Solar PV — Monitoring
Utility-scale fields, C&I rooftops and hybrid sites in one view. Alpha calculates what every string and inverter should deliver and tells you as soon as one falls behind, with the reason why.
String level
A blown fuse, a shaded block or a broken connector disappears in the inverter totals. Alpha compares each string with the other strings at equal irradiance. Small losses show up within hours, not at the annual inspection.
| String | Current | vs neighbours | Status |
|---|---|---|---|
| S-09 | 9.62 A | +0.4% | Producing |
| S-10 | 9.55 A | −0.3% | Producing |
| S-11 | 9.58 A | 0.0% | Producing |
| S-12 | 5.66 A | −41.0% | Underperforming |
| S-13 | 9.60 A | +0.2% | Producing |
| S-14 | 9.51 A | −0.7% | Producing |
Alpha AI for solar PV
Alpha splits lost energy by cause. You dispute curtailment with evidence and send a crew out only for real faults.
String S-12 is producing 41% less than its neighbours
Irradiance and temperature are equal across the block.
Replace the fuse at the next visit. The loss is now about 0.4 MWh per day.
Current and voltage per string, compared with its neighbours at equal irradiance.
Efficiency, temperature, fault codes and trips, set against grid data.
Connection and data delivery per logger, with an alarm when data stops.
PR per day and per month, also calculated from satellite irradiance.
Energy lost to inverter limits and grid orders, kept apart from faults.
Technical and uncorrected per inverter, with a quarter-hour timeline.
Satellite and on-site irradiance, temperature and wind speed.
Voltage, frequency and export limits.
A 30-minute demo with your own data. Before the call, we connect a few of your sites.
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