Procedure Design and Result Analysis of High-Fidelity Whole-Set Field Test for Stability Control Systems in China Southern Power Grid
Huanhuan YANG , Chao FU , Shiyang LI , Jianxin ZHANG , Zexiang ZHU , Jian QIU , Wei WU , Lei HUANG , Rongzhao YANG , Guanghu XU , Yuxiang XIE , Yuming LIU
›› 2022, Vol. 16 ›› Issue (5) : 1 -8.
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Procedure Design and Result Analysis of High-Fidelity Whole-Set Field Test for Stability Control Systems in China Southern Power Grid
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Abstract
In order to ensure the security and reliable operation of stability control systems, “high-fidelity” whole-set field tests (HWFTs) on critical stability control systems is applied to China Southern Power Grid (CSG) every year. The procedure design criterion and admittance testing procedure of various types of HWFT for CSG are introduced in this paper, the case design of HWFTs for stability systems by chosen criterion is given. The test results of HWFTs in 2020 verify the functionality of the control strategy program, the stability control equipment, the communication channels, the actuator breakers, and the background supervision system, and the whole-set elapsed time of the response of the grid is analyzed. Results show that the actual elapsed time in all these tests meets the operating and control requirements of CSG.
Keywords
stability control system / China Southern Power Grid / whole-set field test / control strategy / test procedure
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Funding
Key Science and Technology Project of China Southern Power Grid Co., Ltd.(ZDKJXM20190031)
National Key Research and Development Program of China(2016YFB 0901001)
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