Utility-scale fields, C&I rooftops and hybrid sites in one view. Alpha AI learns how every string and inverter should perform, and tells you the moment one doesn't — with the reason why.
A failed fuse, a shaded block or a broken connector hides inside inverter totals. Alpha compares each string with its siblings at equal irradiance, so small losses surface in hours instead of at the annual inspection.
| String | Current | vs siblings | 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 |
Lost energy is split by cause, so you clean when it pays, argue curtailment with evidence, and send crews only for faults.
String S-12 is producing 41% below its siblings
Irradiance and temperature equal across the block.
Replace the fuse at the next visit. Current loss is about 0.4 MWh per day.
Current and voltage per string, compared with siblings at equal irradiance.
Efficiency, temperature, fault codes and trips, correlated with grid data.
Angle against the expected sun position, and stow events.
Loss estimated per block, with the day cleaning pays back.
Energy lost to inverter limits and grid orders, kept apart from faults.
Year-on-year performance per block, against the module warranty.
Satellite and on-site irradiance, temperature and snow cover.
Voltage, frequency and export limits at the point of connection.
A 30-minute demo on your own sites. We connect a sample of your fleet before the call.