可再生能源微电网岛智能电表

G. De Smedt, M. Adonis
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引用次数: 3

摘要

本研究记录了一个具有成本效益的智能电表的设计和建设的学生项目。传统的电网向用户发送电力,没有反馈和最小的测量。电力供应商要么需要亲自检查所有仪表,要么粗略估计使用量。这可能是不准确的,而且会消耗人力资源。智能电表是一种技术先进的电表,可以记录现场的能源使用情况,并将信息反馈给用户和能源供应商。这创造了一个有很多好处的反馈系统;它为电网增加了智能,旨在以可持续和经济的方式管理电力需求。2007年,随着《2007年能源独立与安全法案》的通过,智能电网成为美国的联邦法律。本文详细介绍了一些国家智能电网和政府参与的一些好处。它还研究了智能电网所需的标准。然后,论文重点介绍了学生设计的节拍的不同部分。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart meter for renewable energy microgrid island
This study chronicles the design and construction of a cost-effective smart meter for a student project. A traditional power grid sends power to the user, with no feedback and minimal measurement. The power provider either needs to check all the meters physically, or take rough estimates of usage. This can be inaccurate as well as draining on human resources. A Smart Meter is a technologically advanced meter which records energy usage on site and feeds the information back to the users and energy suppliers. This creates a feedback system that has many benefits; it adds intelligence to the grid and aims to manage electricity demand in a sustainable and economic manner. In 2007, the Smart Grid became federal law in the United States with the passing of the `Energy Independence and Security Act of 2007'. This paper details a few benefits of a Smart Grid and government's involvement in some countries. It also looks at the Standards required for Smart Grids. The paper then focuses on the different sections of a student designed meter.
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