Arduino library for the PZEM-004T V4.0 100A energy monitor that enables effortless power monitoring with voltage, current, energy.
Solar rechargeable battery connected to a flickering LED inside an artificial lily flower residing in a hand-crafted wooden vase.
The solar powered irrigation system that supports several separate zones, each with a separate water channel and soil moisture sensor.
DIY Inverter
Wireless Sensor Network Platform (WSN), for enviromental monitoring
This project has been made by AndPM students & has proven to produce efficient electrical energy. Panels are kept perpendicular to the Sun.
An AI application predicting next day's solar production for a given solar array and configuring EV charger accordingly.
Dual-Axis Panel Tracking System that uses two servo motors and LDRs to simulate the sun's tracking depending on its position
Controlling the turning ON and OFF of the Servo Motor using Bolt Wi-Fi Module.
A hands-free steriliser that can be deployed in regions without access to mains electricity, using the same principles as a solar oven.
With a Python script running on the Raspberry Pi, we read the data from hybrid inverter and add it to the mqtt server running on iobroker.
As a paragliding pilot I have built my own instrument that plays bip-bip during climb, and plays beep when sink down: with battery + solar!
In this project, we will be using SensiML and QuickLogic QuickFeather to predict Solar Panel Voltage at different irradiance levels.
follow the rays of the sun
A small and fun project about the orbit of the planets in the solar system. Suitable for beginner seeking fun project related to astronomy.
Prevention of solar radiation in schools
This beginner friendly guide explains how to properly use sunlight to power your electronics/IoT projects
GeoPass is a platform for increased citizen engagement. It rewards community engagement while preserving privacy.
Revised Version of my previous Solar Bank Project. The solar bank is for powering Arduino or other 5V Operated things.
Solar-powered Atom S3 Lite with sensors for remote irrigation & control via server. “Solar × IoT, stay connected to plants. ”
This project builds a 100% solar powered UV Index (UVI) and a Heat Index meter using the AVR® DB family of microcontrollers.
Using the Lora E5 Mini, create a device to determine where the best sun is actually located.
This project is just a variation of the Receiving unit in my earlier Victron Send/Receive project.
A smart irrigation system for farming that helps maintain moisturized soil.
