电网技术2016，Vol.40Issue(11)：3415-3419,5.DOI:10.13335/j.1000-3673.pst.2016.11.020
基于特高压交流半波长技术的立体电网构建研究
Study on Stereoscopic Power Grid Construction Based on UHV AC Half-Wave-Length Transmission Technology
摘要
Abstract
1Half wave-length AC transmission (HWACT) can be used not only in transmission, but also in power grid construction, utilizing nearly zero connecting impedance characteristics of HWACT line to shorten electric distance between different drop points in receiving gird. In this paper, firstly, the idea of building a stereoscopic power grid based on HWACT was proposed. Then its enhancing effects on changing grid structural form and improving stability of receiving-end synchronous power grid by using point-to-grid HWACT with double (multiple) drop points were studied and analyzed theoretically. Thirdly, simulations based on 2020 planning power grid were carried out to verify feasibility and effectiveness of the proposed idea. Finally, it was concluded that stereoscopic power grid based on HWACT can change form and structure of synchronous receiving grid in large extent, and enhance stability and synchronous power support of synchronous grid.关键词
半波长/特高压/立体电网/点对网/双(多)落点/稳定性Key words
half-wave-length/UHV/stereoscopic grid/point-to-grid/multi drop point/transient stability分类
信息技术与安全科学引用本文复制引用
梁旭明,张彦涛,秦晓辉,曹镇,孙玉娇,王义红,姜懿郎,张志强..基于特高压交流半波长技术的立体电网构建研究[J].电网技术,2016,40(11):3415-3419,5.基金项目
国家电网公司科技项目(XT71-16-001)。Project Supported by Project of State Grid Corporation of China (XT71-16-001) （XT71-16-001）
