Solutions
Production ManagementSolar plants, net metering, inverters and revenue optimizationConsumption ManagementOSOS, invoices, reactive penalties and anomaly trackingSupply ManagementConsumption forecasting, PTF prices, generation forecasting and billingSolar Plant Optimization CalculatorSolar potential map and production loss analysisBattery FeasibilityStorage investment payback and scenario analysisTOE CalculationConvert energy consumption into tonnes of oil equivalentReactive Penalty CalculatorInductive/capacitive limit breaches and estimated penalty amountReferencesBlogPricingENOPTIMAL production monitoring for Sungrow inverters: live power, energy meters and MPPT data are collected over MQTT from the Modbus register map.
Protocol: Modbus RTU (hybrid/on-grid profiles), register polling over MQTT
ENOPTIMAL uses the profile-based register sets in the SUNGROW-MODBUS-MAPPING document. SungrowModbusResponseHandler handles hybrid and on-grid profiles separately. A generic poll buffer reads multiple register groups in a cycle.
Production performance, MPPT efficiency, charge/discharge tracking on battery-integrated sites, and plant-level production reporting for Sungrow PV and hybrid plants.
Frequently asked questions
Sungrow Modbus/MQTT integration and production monitoring.
Yes. Sungrow hybrid profiles (catalog records whose ModbusProfile contains “Hybrid”) are polled on a separate plan. Battery SOC, grid import/export and PV production are parsed on the hybrid profile.
Sungrow catalog migrations define the full on-grid and hybrid series. Each model is polled with its own Modbus profile; unsupported models are not opened for live monitoring until they are added to the catalog.
Device status and alarm codes read from Modbus registers are synced by InverterAlarmSyncService. Critical faults appear on the production monitoring panel and in the notification system.
Request a demo to see the ENOPTIMAL production monitoring module live.
