首页> 外文会议>International Conference on Nuclear Engineering >THE NECESSITY OF INDEPENDENT CONFIGURATION OF THE DC POWER SUPPLY SYSTEM USED FOR POWER SUPPLY AND AUXILIARY POWER SUPPLY IN NUCLEAR POWER PLANT
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THE NECESSITY OF INDEPENDENT CONFIGURATION OF THE DC POWER SUPPLY SYSTEM USED FOR POWER SUPPLY AND AUXILIARY POWER SUPPLY IN NUCLEAR POWER PLANT

机译:核电站电源和辅助电源的直流电源系统的独立配置的必要性

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At present, in the typical design of China's nuclear power plant, main generation system is connected to the power grid by 500 kV system. 500 kV system as a priority power source, 220kV system as an auxiliary power source. Independent operation of 500kV and 220kV system, improved the reliability of power supply of nuclear power plant. However, the DC 220V power system used to control the 500kV and 220kV system in the switch station of partial nuclear power project is not independently configured, and the design form of one set of DC system is used in the transformer station. In recent years, there are many accidents that AC power enters into the DC power system, resulted in the loss of power source in the transformer station. The loss of external power source in the whole plant is very significant. In this paper, the influence of AC power entering into DC power system on relay protection device is analyzed, the measures to prevent the AC power into DC power system are discussed, the necessity of independent configuration of DC control power system for the 500kV priority power system and 220kV auxiliary power supply system is analyzed.
机译:目前,在中国核电站的典型设计中,主发电系统通过500 kV系统连接到电网。 500 KV系统作为优先级电源,220kV系统作为辅助电源。 500kV和220kV系统的独立操作,提高了核电站电源的可靠性。然而,用于控制部分核电项目的开关站500kV和220kV系统的DC 220V电力系统未独立配置,并且在变压器站中使用一组DC系统的设计形式。近年来,交流电源进入直流电力系统有许多事故,导致变压器站中的电源损失。整个工厂中的外部电源的损失非常显着。本文分析了进入中继保护装置DC电力系统的交流电力系统的影响,讨论了防止交流电源进入直流电力系统的措施,为500kV优先级的直流控制电力系统独立配置的必要性分析了系统和220kV辅助电源系统。

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