Dispatch Optimization of Energy Communities for Collective Provision of Network Congestion Management

A. Vanin, Shchurovskaya Ellina, P. Nardelli, Aleksei Mashlakov
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引用次数: 3

Abstract

Nowadays the installation of distributed energy resources (DERs) is very popular all over the world. DERs bring partial independence from the external grid, fewer interruptions in the electric supply, economic benefits, improvement of the electrical energy quality and the green energy to the systems of the prosumers. However, they also bring network congestions and increase the complexity of the energy management especially when the renewable DERs with their inconstant generation profiles are used. One of the possible solutions for these problems for the prosumers is to organize and join an energy community. Energy community members can both exchange electrical energy to maintain energy balance and sell excess energy to the operator. There are two basic energy management strategies for the community members: collective and individual. This paper focuses on determining the most beneficial one by simulating an energy community with different levels of cooperation and assessing multiple parameters.
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面向网络拥塞管理集体供给的能源社区调度优化
目前,分布式能源(DERs)的安装在世界范围内非常流行。分布式电源给产消者的系统带来了部分独立于外部电网、减少电力供应中断、经济效益、电能质量的提高和绿色能源。然而,它们也带来了网络拥塞,增加了能源管理的复杂性,特别是当使用具有不恒定发电曲线的可再生der时。对于产消者来说,解决这些问题的一个可能的办法是组织并加入一个能源社区。能源社区成员既可以交换电能以保持能量平衡,也可以将多余的能量出售给运营商。社区成员有两种基本的能源管理策略:集体和个人。本文通过模拟不同合作水平的能源群落,对多个参数进行评估,确定最有利的合作模式。
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