Dual Axis solar tracker

Helioduino: Simple automation controller for solar tracking systems using Arduino-compatible microcontrollers. Professional grade, fully configurable, open source, & 100% free. No internet connection or cloud account required.

Sun Tracker using ESP32

Solar tracking software that assist in positioning the panels to a position for solar energy optimal absorption

Solar Tracker Code for Vikasa

A novel solar tracker; cheaper, simpler and less power intensive than traditional systems

PCB for simple analog solar tracker

Optimize the self consumption of your solar panels and measure your electricity consumption.

Design and simulation of dual-axis orientable solar tracker system

Dual-Axis Solar Tracker

I imagine myself as a poor man's Copernicus and, using my basic understanding of orbital mechanics, built an app to find the position of the sun in the sky at any location in the world on any date and time!

Automated dual axis Photo-Voltaic(PV) panel (Solar Panel) rotation to achieve maximum surface area exposure to sunlight. This will optimize solar power generation with 30%-50% improvement in efficiency over fixed panel installations.

Dual axis solar tracking

DitroniX LMIC Linear Motor Actuator IoT Controller ESP8266 L6205 Solar Tracker Safety Lockout

The "Solar Tracker using LDR and Arduino" is an intelligent system that uses Light Dependent Resistors (LDRs) and Arduino to track the sun's position. It adjusts the orientation of solar panels to maximize solar energy absorption, enhancing the efficiency of solar power generation.

SunTrackEnv: IoT solar tracking & environmental monitoring with Blynk, Firebase & Google Sheets. ESP32 tracks sun & monitors temp, humidity & light. Blynk controls & visualizes data, Firebase & Google Sheets for logging & analysis. Empower your renewable energy initiatives.

The code for my 3D printed solar tracking device's firmware - Sunflower

Solar tracker simulator with 2 axes using Processing3

Automated single axis Photo-Voltaic(PV) panel (Solar Panel) rotation to achieve maximum surface area exposure to sunlight. This will optimize solar power generation with 20%-30% improvement in efficiency over fixed panel installations.