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A simulation test device and simulation test method for control system of new energy remote tripping operation

机译:新能源远程跳闸运行控制系统的仿真测试装置及仿真测试方法

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With the development of new energy distributed power generation technology, power system encountered a variety of problems, the development of micro-grid control technology requirements are getting higher and higher. On the one hand, scholars from all countries are actively studying more advanced control technology. On the other hand, when the existing control system can not stabilize the local micro-grid, you need a safe and stable control system that can trip on the new energy side in time. With the safety and stability control function of the new energy remote trip engineering system, which is characterized by a large number of devices, each station between the higher communication requirements, so to the engineering system simulation test has brought a lot of difficulties. Therefore, this paper presents a simulation test device for a new energy remote trip control system. At the same time, the RTDS simulation scheme of the system is proposed, which can be used for reference in the future development of new energy system.
机译:随着新能源分布式发电技术的发展,电力系统遇到了各种各样的问题,对微电网控制技术的发展要求越来越高。一方面,各国学者都在积极研究更先进的控制技术。另一方面,当现有的控制系统无法稳定本地微电网时,您需要一个安全,稳定的控制系统,该系统可以及时在新能源侧跳闸。具有安全稳定控制功能的新能源远程跳闸工程系统,其特点是设备数量众多,每个工位之间的通信要求较高,因此给工程系统的仿真测试带来了很多困难。因此,本文提出了一种用于新能源远程跳闸控制系统的仿真测试装置。同时,提出了系统的RTDS仿真方案,可为新能源系统的未来发展提供参考。

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