Power

Provides 6 inputs for Hall-effect current-clamps to measure domestic and industrial power consumption. Energy usage data can be stored by the Arduino, accessed in real time, or reported to another system via wireless or wired connections. This shield also provides mounting headers for an XBee wireless module, allowing it to be part of a wireless….

Energy Shield is a LiPo battery based power shield that keeps your project alive. It keeps its battery charged whenever an available power source exists. It accepts a wide range of power sources, from common solar cells via JST connector and USB via USB port on microcontroller, to 9V and 12V DC adapters via DC….

The solar charger is a stackable shield to Arduino compatible platforms, enables adaptive battery power and acts as an energy harvester for in-field charging. You may use various batteries to shift up for 5V output, or put on Li-ion battery and solar panel to form an autonomous sensor unit.

This 5V DC-DC step-up board is a compact, versatile power supply board for many applications. It also provides accurate charging with protection for overcharge, over-discharge, and over-current of the Lithium Polymer (Li-Poly) battery. Measuring at 78.7mm x 56.1mm and with on-board 3.7V 1500mAh Li-Poly battery, it can be used in numerous projects, experiments, generating power….

Arduino Energy Shield is a board which enables you to monitor your house, office or any other installation or equipment energy consumption. Includes headers for an Xbee module for wireless communication. Uses the ADE7753 chip which allows measurement of active power, reactive power, RMS voltage, and current.

Shield-format battery pack and charger circuit that fits either under or over an Arduino.

Shield-format battery pack and charger circuit that fits either under or over an Arduino Mega. Includes prototyping area.

The Narrowband Powerline Communication Shield can be controlled by an Arduino using SPI. You can build your own powerline communication application using this shield. The board is designed to work with 110/240V, 50/60Hz. A 1A wall adaptor is needed. Warning: High voltage present if you connect to main power.

AC current sensors. Sensors: Clamp CT (U_RD) x 2 Option: XBee socket

This is a smart outlet with LCD. You can control the embedded triac by toggling D9 of Arduino. You can also do dimming. A 16×2 LCD is provided so that you can use it to show the status. Two buttons are provided to interact with Arduino. Includes current-sensing. Together with the Xbee shield or WiFi….