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首页> 外文期刊>Meiden Review: International Edition >Program for the Development of Autonomous Distributed Voltage Control Technologies for Power Distribution Networks (Optimal Control Technology Demonstration Project for the Next-Generation Power Transmission and Distribution Networks)
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Program for the Development of Autonomous Distributed Voltage Control Technologies for Power Distribution Networks (Optimal Control Technology Demonstration Project for the Next-Generation Power Transmission and Distribution Networks)

机译:配电网自主配电电压控制技术开发计划(下一代输配电网最优控制技术示范项目)

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摘要

Meidensha Corporation took part in an "Optimal Control Technology Demonstration Project for the Next-Generation Power Transmission and Distribution Networks" sponsored by the Agency for Natural Resources and Energy under the Ministry of Economy, Trade and Industry Japan, The grant to this project was given during Fiscal 2010 to Fiscal 2012. We engaged in promoting technical development for advanced voltage control technologies for power distribution networks. Presently, voltage control in power distribution networks is managed by the control functions based on each terminal information level of each voltage control unit. Primarily, these control functions are based on the assumption that power flow is directed to the demand side; therefore, there is indication that there will be some difficulty in voltage control in the event that many photovoltaic power resources are installed extensively on the demand side. Considering such challenges, we have promoted its technical development for effective control parameters which aim to maintain system voltage in the regal range. This is based on the fundamental functions of the said independent distributed resource control.
机译:明电社参加了日本经济产业省自然资源与能源局赞助的“下一代输配电网络最佳控制技术示范项目”,并获得了该项目的资助。从2010财年到2012财年。我们致力于推动配电网络高级电压控制技术的技术开发。当前,基于每个电压控制单元的每个端子信息等级,通过控制功能来管理配电网络中的电压控制。首先,这些控制功能是基于以下假设:功率流被引导到需求侧。因此,有迹象表明,在需求方大量安装许多光伏电源的情况下,电压控制会有些困难。考虑到这些挑战,我们促进了其有效控制参数的技术开发,这些参数旨在将系统电压保持在最高范围内。这基于所述独立的分布式资源控制的基本功能。

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