solar-tracking

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.

Dual-Axis Solar Tracker

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

Heliophile is a lover of the sun😜. It is a Single Axis Solar Tracking Project.

Mathematical modeling and 3D simulation of a Stewart-platform-based sun tracking solar panel system.

ESP8266 with Oled screen connect trough Wifi to Enphase Gateway

A performant Rust library to calculate the position of the Sun ☀️

A smart solar window integrating transparent photovoltaic materials, single-axis solar tracking, environmental sensors, and automation for energy-efficient and adaptive ventilation.

一款用于实时太阳追踪与反射，利用地理感知与天文算法，计算并输出高精度的双轴电机控制参数的 3D 模拟器。

Comprehensive Home Assistant integration for motorized shades: sun tracking, virtual tilt entities, and adaptive battery calibration.

Sombrilla solar autónoma con ESP32-C3 + DS3231 + 28BYJ-48 + MG90S. Algoritmo SPA astronómico, simulación Python, visualización 3D Three.js y firmware Arduino.

An Arduino-based solar tracking system project that optimizes energy capture by aligning the panel with the brightest light source in real-time.

Engineering portfolio for a Fresnel-lens solar lighting and energy-storage system with fiber daylighting, photovoltaics, tracking, and TracePro simulation.

Solar tracker using ESP32

Embedded edge AI dual-axis solar tracking and sensory optimization system

Interactive web-based Solar Panel Smart Tracking Simulator built with React and Vite. Simulates single-axis solar tracking, automatic panel movement, angle calculation, estimated power generation, fixed-vs-tracking comparison, live power graphs, and tracking status. A practical EEE project combining renewable energy and modern web technology

Smart API that calculates sunlight exposure for balconies, windows, and outdoor spaces to predict optimal drying conditions using astronomical calculations and real-time weather forecasts

Our BSc Graduation Project

Two-axis mini heliostat on a mast that redirects sunlight to a fixed target, using a sun-position algorithm with no sun sensors.