Fun and easy green robot! Build a sun tracking solar array in under an hour. Bonus: charge your phone with free clean energy!
Features of smart shoes: generates electricity, auto lacing, step counting, etc.
Power the MSP432 Launchpad, harvest energy, and collect sensor data - all with your phone's near field communication.
A sensor node that publishes Temperature, Ambient Light, Humidity, Atmospheric Pressure to the cloud and does not need battery replacement.
A highly efficient and compact generator that can be coupled with wind turbines or water wheels to produce upwards of 50V.
Mini vertical wind generator, with nylon blades and supports printed with 3D printer and based on electric motor with a power of 55 watts.
The IoT Solar Harvester simplifies a problem: harvests ambient energy to power an IoT sensor and stores excess energy for later use.
Monitor your greenhouse or personal garden environmental variables at a glance with a Linkit enabled sensor Hub.
An augmented reality bike system, which is electrically autonomous.
How to make solar water heater. Diy Tutorial. Solar water heater can cut down your electricity and Gas Bills by exploiting solar power to...
Renewable energy from conventional extractors controlled by Arduino for increased performance can deliver 12 volts or 220 volts.
Development of current pump PWM charge controller with CoolMOS for maximum current point tracking from solar panels for charging Pb battery.
Sending sun light indoor with tracking mirror during day, logging lux level on the Cloud, BLE app controlled LED lamp for nighttime lighting
The demand for ever greater power usage is constant. This project is devoted to planet Earth to encourage all to use clean green energy.
Project places a 96Boards SBC, battery, solar unit, LCD panel, & standard electric sockets in to an enclosure that can be deployed anywhere.
Our device was a self-powered, wireless sensor node for use in Internet of Things applications.