A catalog of open source tools for solar energy.
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Updated
Oct 15, 2026 - Python
A catalog of open source tools for solar energy.
Python library for communicating with Renogy solar charge controllers
Create a sustainable, solar-powered smart garden using Raspberry Pi! Monitor and control your garden remotely, manage irrigation based on soil moisture, and embrace eco-friendly automation. This project combines solar energy harvesting, sensor data analytics, and Raspberry Pi programming for a smart, green thumb experience.
A project on reading the voltage and current form solar panel using the STM32 microcontroller. Also includes additional sensors like Temperature and Light.
A raspend based application for reading out current values of my PV units inverters via Modbus-TCP and serve them via HTTP as JSON.
Data portal for NREL's Renewable Energy Potential Model.
Solar panel characterization and experiments with Arduino and Python.
Community engagement statistics for open-source PV projects
Project OpenSourceTerracore R&D open-source innovations
ESP8266 NodeMCU Based Solar Powered WiFi Weather Station - Record Temperature (x2), Humidity, Pressure, Rain, and Voltage
A simple weather station that periodically wakes and sends data to a Thingsboard server
Home Assistant MSunPV solar router integration.
IoT Display Companion of MSunPV Solar router
THIS REPO HAS BEEN MOVED TO https://codeberg.org/elaraproject/elara-handbook AND IS NO LONGER MAINTAINED HERE.
Scraper for Solivia Monitoring
Beehive online monitoring based on the ESP32, SIM800L and others sensors.
A solar-powered Thread plant monitor with soil moisture sensing, battery monitoring and Home Assistant integration, built with ESPHome and ESP32-C6.
Developed an ensemble voting model that included Random Forests, Linear Regression, Orthogonal Matching Pursuit, and Gradient Boosting Regressor to predict future solar power generated by a solar plant in India at 98.7% accuracy. Placed 1st at the Virginia Tech Computational Modeling & Data Analytics Fall 2022 Data Competition.
Euler–Bernoulli flapping-beam simulation with RK4 time integration and solar-power proxy based on surface orientation dynamics.
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