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Applicability of demand response to voltage control in a distribution system with large integration of rooftop PV

机译:随着屋顶光伏电压集成的分配系统中需求响应对电压控制的适用性

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The capacity of installed photovoltaic (PV) generation in Japan is the world's 3rd largest and has been increasing rapidly due to the governmental subsidy and feed-in tariff programs. The rapid increase in PV installations drives electric utilities to various problems on how to operate the electric power systems stably. Then the utilities have to invest heavily in the systems. Under the circumstances, we are researching the possibility of implementing a demand response (DR) program as an alternative measure to the conventional power supply investment against the voltage rise problem in distribution systems with PV. We may be able to realize more efficient investment by the new solution with DR. This paper shows new findings based on our simulations of voltage control by DR in distribution systems with high integration of PV. By the simulations based on the realistic input data, we clarified the economic efficiency and the applicability of DR.
机译:日本的安装光伏(PV)发电的能力是世界3 RD 最大,并且由于政府补贴和饲养关税计划而迅速增加。光伏安装的快速增长将电力公司推动到如何稳定地操作电力系统的各种问题。然后,公用事业公司必须在系统中投入大量投资。在这种情况下,我们正在研究实施需求响应(DR)计划作为传统电力供应投资的替代措施,以防止具有PV的分配系统中的电压上升问题。我们可能能够通过DR的新解决方案实现更高效的投资。本文介绍了新发现,基于我们的电压控制模拟,通过高集成PV的分配系统。通过基于现实输入数据的模拟,我们阐明了博士的经济效率和适用性。

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