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This project proposal outlines the development of an Intelligent Power Plug leveraging ZigBee wireless mesh networking standards. The device aims to integrate seamlessly with home automation systems, allowing users to remotely control power supply and monitor energy usage via a web interface or mobile app. Key features include two-way indicators, a communication interface, and real-time energy monitoring capabilities. The proposal also includes market research on similar products, a detailed design outline, and a project development schedule with divided tasks among team members.
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IC367 Project Proposal Home Automation Device Development: Intelligent Power Plug Group 14N01: BAI Fan 11800788D CHAN CheukLun 13018302D WONG Ka Ho 13018318D Yan TszWai 12137552D
Outline • Applications • Market Research • Key Features • Design Outline • Costs • Key Components and Specifications • Development Tools • Project Schedule • Task Division
Applications ZigBee • Wireless mesh network standard based on IEEE 802.15 standards • Low cost, low power OpenHAB • Open source • Can run on any device capable of running a JVM • Integrates different home automation systems and technologies into one single solution • Web-based UIs as well as native UIs for iOS/Android
Market Research Similar products on the market: • FIBARO Wall Plug • ZigBee Wireless Power Socket • Based on ZigBee technology • Current, Voltage and Power can be viewed on PDA • Remote control of the on/off status • Crystal RGB LED ring indicator • Load control and temperature sensor • Real time energy monitoring • Wireless control interface
Key Features • Two-way indicators • Communication interface: RS232/ZigBee • AC/DC isolation • Remote ON/OFF switching • 9V DC voltage supply
Design Outline Transmitter (Main Control) Receiver (Plug Device)
Software Development tools • MPLAB IDE v8.84 (C programming) • OpenHABprogramming and binding