Abstract

IntroductionImproving energy efficiency and reducing energy wastage is an important topic of our time. But it is quite difficult to figure out how much of our total electricity bill can be mapped to which device or at what time the device used it. We believe energy efficiency of normal households can be improved, if this kind of transparency would be available. In this article, we present a system for energy measurement at mains sockets to gain a transparent view of energy consumption for each device in a household. It consists of several smart energy measuring devices (SEMDs) that use a low-power radio protocol to dynamically build and connect to a radio network to transfer power usage date to a server. At the server, the data is stored and can be accessed via web interface.ResultsOur primary goal was to build a back-end system for an energy metering platform with very low energy consumption. This platform can provide data for a variety of services that enables users (the consumers) to understand and improve their energy consumption behavior and increase overall energy efficiency of their households.

Highlights

  • Improving energy efficiency and reducing energy wastage is an important topic of our time

  • Our primary goal was to build a back-end system for an energy metering platform with very low energy consumption

  • 3 System architecture We evaluated and reverse engineered some of the commercially available smart home power metering devices [13,14,15] and derived the following requirements for our platform: Building the measuring devices as adapters for mains power sockets with wireless communication is required to make the system easy to install without any technical requirements

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Summary

Introduction

Improving energy efficiency and reducing energy wastage is an important topic of our time. We developed a system to measure energy consumption directly at mains power sockets and transfer the data to a server were it can be viewed and analyzed by the end user. The radio protocol for data transfer used by the metering devices will be presented, and the system’s usability is analyzed in terms of duty cycle, power consumption, and power supply.

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