Technical and economic analysis of future smart grid applications in the E-DeMa project

2012 3rd IEEE PES Innovative Smart Grid Technologies Europe (ISGT Europe) Pub Date : 2012-10-01 DOI:10.1109/ISGTEurope.2012.6465663

H. Belitz, S. Winter, Christian Hägerling, Nils Langhammer, R. Kays, C. Wietfeld, C. Rehtanz

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引用次数: 11

Abstract

The increasing power feed-in from renewable energy sources entails an impact on the operation of transmission and distribution grids as well as the energy market and its players. It offers new opportunities for existing market players to expand their business and supports the market launch for new market players with new products. In this paper, different electricity products which are tested within the field testing deployment of the German research project “Development and Demonstration of Locally Networked Energy Systems to the E-Energy Marketplace of the Future” (E-DeMa) will be described. To provide these demand-oriented tariffs, an appropriate well dimensioned information and communication infrastructure and its components are required and therefore described in detail. Three scenarios and four topologies are defined for the analysis of the technical and economic potential for market players regarding these products. At the end, the results for the market players customer, retailer and aggregator are presented.

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E-DeMa项目未来智能电网应用的技术和经济分析

可再生能源不断增加的电力供应对输配电网以及能源市场及其参与者的运行产生了影响。它为现有的市场参与者提供了扩大业务的新机会，并支持新市场参与者推出新产品。在本文中，将描述在德国研究项目“面向未来电子能源市场的本地联网能源系统的开发和示范”(E-DeMa)的现场测试部署中测试的不同电力产品。为了提供这些以需求为导向的收费标准，需要适当的信息和通信基础设施及其组成部分，因此将对其进行详细描述。为分析市场参与者在这些产品方面的技术和经济潜力，定义了三种场景和四种拓扑。最后给出了市场主体顾客、零售商和聚合商的研究结果。

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2012 3rd IEEE PES Innovative Smart Grid Technologies Europe (ISGT Europe)

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