Title :
Application of Solid State Transfer Switch in emergency power supply vehicles
Author :
Qian Yeniu ; Zhang Yanyan ; Chen Mengqi ; Sun Jian ; Du Chenhong ; Wang Yujie
Author_Institution :
State Grid Beijing Electr. Power Res. Inst., Beijing, China
Abstract :
In order to ensure high-reliability and high-security of the power supply for major politic, economic and culture activities, emergency power supply vehicle is often used to provide backup by power companies. Automatic Transfer Switch (ATS) is widely utilized to join the vehicle into power grid. The switching process lasts for a few seconds, during which power supply is shortly interrupted and the normal operation of sensitive load is affected. Although UPS power system can realize uninterruptible power supply for important users, its corollary equipment is relatively complex and diverse. Moreover, it´s usually designed as an integrated structure and high-power UPS cannot be loaded on the vehicle. To overcome the shortcoming of current power supply vehicle and meet the uninterruptible large-capacity power supply demand in special period, this paper proposes two mobile power supply solutions based on Solid State Transfer Switch (SSTS). Application test shows that the designed power supply vehicle based on SSTS has multiple functions, reliable performance and strong practicability.
Keywords :
electric vehicles; power grids; power semiconductor switches; power system economics; power system reliability; uninterruptible power supplies; SSTS; UPS power system; automatic transfer switch; corollary equipment; culture activities; economic activities; emergency power supply vehicles; mobile power supply solutions; politic activities; power companies; power grid; solid state transfer switch; switching process; uninterruptible large-capacity power supply demand; Abstracts; Industries; Mobile communication; Power supplies; Uninterruptible power systems; Vehicles; emergency power supply vehicle; solid state transfer switch; uninterruptible power supply;
Conference_Titel :
Electricity Distribution (CICED), 2014 China International Conference on
Conference_Location :
Shenzhen
DOI :
10.1109/CICED.2014.6991730