Système Solaire Hybride avec Supervision IoT architecture diagram

About This Architecture

Hybrid solar power system integrates photovoltaic panels, battery storage, and hybrid inverter with real-time IoT supervision via ESP32 microcontroller. Solar panel feeds hybrid inverter while battery provides backup power through DC-DC converter, with voltage and temperature sensors monitoring battery health. ESP32 transmits telemetry to ThingSpeak cloud platform, enabling remote monitoring through Flutter mobile application for system performance tracking. This architecture demonstrates best practices for renewable energy systems with predictive maintenance capabilities through continuous sensor data collection. Fork this diagram on Diagrams.so to customize component specifications, add additional sensors, or adapt the monitoring stack for your solar installation.

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How do I design a hybrid solar system with real-time IoT monitoring and battery health tracking?

This diagram shows a complete hybrid solar architecture where ESP32 microcontroller collects voltage and temperature data from battery storage, transmits telemetry to ThingSpeak cloud server, and enables remote monitoring through Flutter mobile application while hybrid inverter manages power distribution from photovoltaic panels.

Système Solaire Hybride avec Supervision IoT

Autointermediatesolar-energyiot-monitoringesp32battery-managementrenewable-energyelectrical-engineering
Domain: Electrical EngineeringAudience: electrical engineers designing renewable energy systems with IoT monitoring
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Created by

February 15, 2026

Updated

April 10, 2026 at 7:14 PM

Type

er

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