Implementation of Multi-Channel Measurement Architecture in Home Energy Monitoring System

• Main Authors: Yi-ChengLee, 李翊誠
• Other Authors: Chu-Sing Yang
• Format: Others
• Language: zh-TW
• Published: 2013
• Online Access: http://ndltd.ncl.edu.tw/handle/33052691231316837623

碩士 === 國立成功大學 === 電機工程學系專班 === 101 === The social trends that we face is the high oil prices and the high cost of consumption, coupled with the increasingly serious problem of global warming, Energy Conservation and Carbon Reduction has become a national consensus, and also has become the most important issues of the Smart Home or Smart Building. Nowadays because of DC appliances, smart grid and micro-grid implementation, users' willingness to use renewable energy are slowly growing up, the application of using smart household appliances has gradually increased, so how to achieve household appliances electricity monitoring and to start the information of electricity using measuring has become the basis for this research. For DC appliances and smart measurement monitoring in the future, the concept in this thesis is to use DC power, smart grid and micro-grid to start minor electrical system information measurement research, which the power source is supplied by the Battery Management System（BMS）, providing DC power and combined with a multi-channel measurement system and the ZigBee smart socket design; system can freely configure measuring paths for electricity information collection, and after the experiment, it proved that the application of multi-channel measurement framework can really achieve that any measurement configuration of smart socket is possible and reduce their number, also to keep the accuracy of measurement of electricity using. Through the information analysis, users can also clearly understand the home electricity using information by the web interface, and not only to know their household electricity requirement and electricity consumption, but also getting a better policy of the electricity consumption by these information.