SGILab最近进行了一项研究,旨在建立一个高效、可互操作的智能电网

E. Kotsakis, Alexandre Lucas, N. Andreadou, G. Fulli, M. Masera
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引用次数: 3

摘要

本文介绍了JRC智能电网互操作性实验室最近进行的研究,并分析了开发可互操作和可持续电力系统应考虑的关键参数。提高能源效率的目的是减少整体能源消耗,从而通过使用更少的能源来降低对环境的压力。第一个研究活动是关于使用高级计量基础设施作为改善需求响应/需求侧管理的门户。第二部分重点研究了光伏在低压配电网中的应用,研究了电压不平衡时渗透的影响。最后一章研究了低温条件下电动汽车充电器的电能质量性能,并提出了改进建议。该文件强调了可能影响系统效率的几个因素,这些因素有助于提高相关业务的稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Recent research conducted at the SGILab towards an efficient and interoperable smart grid
This paper presents recent research conducted at the JRC Smart Grid Interoperability Lab and analyses key parameters that should be taken into consideration for the development of interoperable and sustainable electricity systems. Increasing energy efficiency aims at reducing the overall energy consumption and consequently lower the stress on the environment by using less energy. The first research activity illustrated is on the use of Advanced Metering Infrastructure as a gateway to improve Demand Response/Demand Side Management. The second one focuses on the use of photovoltaic in a low voltage distribution network and studies the effect of penetration in voltage unbalances. The last one addresses the power quality performance of electric vehicle chargers under low temperature conditions and provides hints for improvements. The paper underlines several factors that could affect the efficiency of systems towards making improvements that increase the stability of the relevant operations.
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