Solar Plant ERP Panel
Your whole solar plant on one screen, live.
A web panel that gathers data from every inverter, meter and weather sensor of a solar plant and turns it into live status, alarms, maintenance work and daily reports.
- Screens
- Overview, inverters, alarms, maintenance, reports
- Access
- Any browser: control room, laptop, phone
- Languages
- Persian and English
- Export
- CSV for Excel
Specifications
| Plant | Power, energy today, irradiance, performance ratio (PR), availability, income, CO₂ avoided |
|---|---|
| Each inverter | Status, AC and DC power, DC voltage and current, AC voltage, frequency, temperature, efficiency, power limit, energy, string currents |
| Weather station | Air and module temperature, wind, humidity, sunrise and sunset |
| Plant control | Grid export limit, stop, start, reset, per-inverter power limit, maintenance mode; every action logged |
|---|---|
| Alarms | Time, device, severity, cause and state; acknowledge; one click to a work order |
| Maintenance | Work orders with priority, due date and parts; preventive plan; spare parts stock and purchase requests |
| Reports | Energy per inverter, last 7 days and PR, energy lost by cause and its value, day summary, CSV export |
How it works
The panel reads every inverter, the energy meter and the weather station continuously and keeps the history. It compares what the plant makes with what it should make under today's sun, so a weak string or a hot inverter shows up long before it costs a day of production. When something goes wrong it raises an alarm with the cause, and one click turns that alarm into a work order with the parts it needs. It opens in any browser, on a control-room screen, a laptop or a phone, in Persian or English, with nothing to install.
Open the live demo of a 1 MW plant with ten 100 kW inverters and press "Make fault": an alarm appears, the inverter's output drops, and you can follow it through a work order until the inverter runs again. The demo runs on simulated data and can be sped up to watch a whole day in minutes.
Overview
How is the plant doing right now?
Plant power, energy today, irradiance, performance ratio, availability, today's income and the CO₂ avoided. A chart shows power against sunlight through the day, with the grid export limit drawn on it. Beside it are the weather station readings, every inverter's status at a glance and the alarms still open. The grid operator's export limit is set from here, and every inverter is capped to that share of its rating.
Inverters
Every inverter, side by side
One table for all inverters, with status, AC and DC power, voltages, current, frequency, temperature, efficiency, power limit and energy today, plus a chart that compares them through the day. Each inverter has eight clear states, from running and derating to fault, no communication and maintenance. Click one to see its live values, the current of each string, its power curve, device details and its own alarms, and to stop, start, reset or limit it.
Alarms
Every event, with its cause
Every event is listed with its time, device, severity, cause and state, and can be filtered to active or cleared. Typical alarms: a string with no current, over-temperature with reduced power, a grid over-voltage trip, lost communication, low insulation on the DC side and a failed cooling fan. Short events clear themselves when the inverter recovers; faults that need a technician stay open until the job is done.
Maintenance
From alarm to finished job
Alarms that need a technician become work orders with a priority, a due date and the spare parts the job takes. Work moves from to do, to in progress, to done; finishing it takes the parts out of stock and brings the inverter back to normal. A preventive plan keeps routine jobs on time, such as module cleaning, thermal camera inspection, DC connector torque checks, filter cleaning and the transformer oil test, and the spare parts list sends a purchase request when stock runs low.
Reports
Where every kilowatt-hour went
Energy of each inverter today, the last seven days of energy and performance ratio, and the energy lost today split by cause: grid export limit, faults, stops and maintenance, and heat derating, with what that lost energy is worth. A day summary gives energy, peak power, equivalent full-load hours, insolation, PR, availability, CO₂ avoided, income, alarms and work orders closed. Every report downloads as a CSV file for Excel.
Built for your plant
We connect the panel to the inverters, meters and sensors you already have, and shape its screens, reports, units and languages around your team. It fits a single rooftop system as well as a multi-megawatt plant, and the same approach runs factory dashboards for machines and production lines.