电厂精炼厂中压配电盘技术的现代设计方法

S. J. Gatan
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引用次数: 0

摘要

任何炼油厂都需要一个独立的发电厂,这对于在稳定条件下运行所有的处理装置是最重要的。虽然真空理论已经证明了中压开关装置的结构,但我们仍然在用传统的方法来考虑中压开关装置的结构。数字继电器的自动化为中压配电系统的送电提供了良好的便利。但是,这些创新仍然需要更加合格。本文研究的是基于MATLAB/MATPOWER测试系统[2],[3]的从特高压国家电网220 kV配电网接收11KV的二进制函数,称为改进的IEEE 21总线测试用例,或将炼油厂的浮动发电发送到电网,称为改进的IEEE 23总线测试用例。此外,断路器的设计还需要利用MATLAB开关系统的现有参数进行进一步的测试。本文阐述了许多建议和结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The modern methods for designing of medium voltage switchboards technology of power plant's refineries
Any refinery needs an independent power plant which is most important for running all of the processing units under steady state conditions [1]. We are still considering the constructions of medium voltage switch gears (MVSWGR's) in the conventional way although the vacuum theory has proved. Digital relays with their automation are offering good facilities for sending on the power of medium voltage distribution systems. But, it is still needed for these innovations to be more qualified. This research paper deals with the involvement of a binary function for receiving 11KV either from the extra high voltage National Grid distribution network of 220 kV which is called the modified IEEE 21 bus-test-case or sending the floating power generation from the refinery to the grid which is called the modified IEEE 23 bus-test-case and is based on the MATLAB/MATPOWER testing system [2], [3]. Moreover the designing of circuit breaker shall be further tested using existing parameters of the MATLAB switching system. This paper explains many recommendations and conclusions.
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