摘要
本论文以高压输电线中的串补式电抗器为研究对象，对其设计和使用特性进行了研究。本项目首先对串补型串补电抗器的工作原理及设计需求进行了深入的研究，并对其设计流程、参数选取及优化算法等方面进行了深入的研究，并对其在电网中的使用效果进行了对比分析。在此基础上，从装置成本、运行效率及经济性三个角度，对串联补抗装置的使用和经济效益进行了综合分析。通过对串补电抗器的分析，得出了串补电抗器对电网运行稳定可靠、节能降耗、降低失效风险的结论。
关键词：串联电抗器，高压传输线，设计，应用
Abstract
In this paper, the design requirements and application properties of high voltage power line compensation reactor are discussed. First of all, this paper introduces the principle of serial compensating reactor and its design requirements. Then, the design procedure, parameter selection and optimization algorithm of serial compensating reactor are described in detail. Finally, a comparative analysis is made on the application results of the optimized series compensating reactor in power system. Finally, by taking the equipment cost, the operating efficiency, and the economic loss into account, the application and economic benefit of serial compensating reactor are analyzed comprehensively. The results show that the optimal design of the compensation reactor can increase the stability and reliability of the power system, decrease the cost, and decrease the risk of failure.
Key words: Compensating Reactor, High Voltage Transmission Line, Design and Application
目录
摘要 1
1绪论 1
2理论依据 1
2.1 HVDC中串联电抗器的研究 2
2.2串补式电抗器 2
2.3串补式电抗器的选型 2
3 kV线上串联电抗器的设计 2
3.1串补式电抗器的设计 2
3.2参数选取与优化算法研究 3
3.3串补式电抗器的仿真与仿真 3
4 KV串联电抗器在高压输电线中的应用 3
4.1串联电抗器及其在电网中的应用 3
4.2电网中采用最优串补电抗器的效果对比分析 3
4.3串补式电抗器在工程中的使用及经济效益 4
5结论 4
