Use relays effortlessly with this simple two-part setup! Simply connect any device you want to test or activate to the relay module; then use the in-built phone app to control them whenever you want.

There's a heap of modules and shields for controlling power with Arduino, for example the XC4488 MOS Driver, XC4472 Motor Driver Shield or even the XC4418, XC4419 or XC4440 relay modules.

We are very excited to get the chance to play with our new LoRa Shields, and test just how far we could get a signal using LoRa technology.

Wax-on Wax-off lighting, just like karate kid! Use this gesture controlled powerpoint kit as a fun way to turn on power sockets around your house.

Learn the basics of electronics in making this high efficiency 5V power supply.

Control a collection of power points with your phone app.

In this project we built a current meter using the AC712 current sensor, instead of just displaying or reporting current measurements we made the project a little more interesting by calculating power consumption (which is just POWER = CURRENT x VOLTAGE), and reporting the power consumption via email.

What better way to get back in to work with your own personal benchtop power supply.

Simple alerts with the low battery alarm

This project brings together a few Duinotech Modules and some other parts to create a versatile tool.

This is more of an electronics lesson than anything else, We go over the fundamental electronics for building a complete circuit idea, discussing Ohm's law, Kirchhoff's law, analog and digital values, and the difference between website and embedded-C code.

Control one or multiple power points with our IoT WiFi Power Switch Project

In this project, we explain Anderson 50A High Current connectors and how to use them to make different leads common in camping, caravaning and four wheel driving.

Wondered what goes into Solar charge controllers? And what makes MPPT better than any of the others? Find out yourself, by making this Solar MPPT Charge Controller project. Uses a simple Arduino Nano to control and regulate the flow of power from the panel to the battery, and has a output relay to automatically turn off when the Battery gets too low. A great project for DIY amatures and solar aficionados.