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HVDC over HVAC power transmission system: Fault current analysis and effect comparison

机译:基于HVAC的HVDC输电系统:故障电流分析和效果比较

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`Fault current?? is the flow of abnormal current through an improper path due to electric faults which causes enormous damages. In HVAC transmission system, Fault current due to electric faults is too large which affects the overall power system including-Receiving & Sending end bus, Transmission system, Load and even also the Power Generation Unit. HVDC transmission system dramatically reduces these effects, as the fault current due to electric faults is much lower, and only affects the individual faulty section of the overall transmission system. In favor of HVDC system, this paper presents a `fault current?? (due to asymmetric faults) analysis and comparisons between HVAC and HVDC transmission system. MATLAB (Simulink) simulation software is used to simulate both HVAC & HVDC power transmission system topologies. From the comparison of the simulation output-lower fault current, less fault effect, better performance & higher reliability is demonstrated for HVDC transmission system.
机译:`故障电流?是由于电气故障而导致的异常电流流经不正确的路径,从而造成巨大的损害。在HVAC传输系统中,由电气故障引起的故障电流过大,这会影响整个电力系统,包括-接收和发送端总线,传输系统,负载甚至发电单元。高压直流输电系统大大降低了这些影响,因为由电气故障引起的故障电流要低得多,并且仅影响整个输电系统的各个故障部分。为了支持HVDC系统,本文提出了一种“故障电流”? (由于非对称故障)HVAC和HVDC输电系统之间的分析和比较。 MATLAB(Simulink)仿真软件用于仿真HVAC和HVDC输电系统拓扑。通过仿真比较,证明了高压直流输电系统的故障电流更低,故障影响较小,性能更好,可靠性更高。

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