A new method of integrating arduino with relay and transistor for home energy management system is proposed. The arduino is developed as a controller to manage the lamp, fan and airconditioner. It correspond the relay, lamp and fan via PIR sensor, and air conditioner via temperature sensor. The energy consumed by the electrical appliances can be saved by at least 1.5% with the implementation of...

<em>With the continuous rise of electrical energy costs for heating, cooling, and ventilation increasing number energy-consuming home appliances, designing a cost-effective efficient residential electric management system has become crucial. This paper presents prototype simulated design Smart Home Energy Management System (SHEMS), dedicated to according user-preassigned comfort requireme...

Nowadays, load serving entities require more active participation from consumers. In this context, demand response programs and home energy management systems play a crucial role in achieving multiple goals such as peak clipping. However, the adoption of initiatives typically has negative impact on monetary expenditures users. This way, program should be effective possible to make different eas...

We are developing a novel home network system based upon the integration of information and energy. The system aims to analyze user behavior with a power-sensing network and provide various lifesupport services to manage power and electric appliances according to user behavior and preferences. This paper describes an electric appliance recognition method using power-sensing data measured by CEC...

Home Energy Management (HEM) describes a class of technologies including sensors, smart thermostats, and feedback devices seeking to manage residential energy consumption profiles to reduce peak electric demand and consumers’ electric bills. A growing number of HEM products and companies have emerged over the past decade, ranging from basic energy displays to whole-home control systems and smar...