论文部分内容阅读
鹿西岛采用的监控及能量管理系统具有较高的技术含量,可以实现海岛多种能量的优化管理,具有控制自动化、能量智能管理、运行智能控制等功能,进一步提高系统稳定性,也为今后其他岛屿微网工程建设提供了经验。2012年,国网浙江省电力公司承担了国家863计划“含分布式电源的微电网关键技术研发”课题,建设浙江温州洞头鹿西岛并网型微网示范工程。经过一年多的时间,不久前,鹿西岛并网型微网示范工程建成投运。鹿西岛并网型微网示范工程是微网技术一次成功的实践应用。目前,微网技术已成为分布
The monitoring and energy management system adopted by Lhasa Island has high technical content and can realize the optimal management of various energy resources in the island. It has the functions of control automation, intelligent energy management and intelligent operation control to further improve the stability of the system. Island microgrid construction provides experience. In 2012, the State Grid Zhejiang Electric Power Company undertook the national 863 Plan “research and development of key technologies for microgrids with distributed power supply” and built a grid-connected microgrid demonstration project in Dongtou, Wenzhou, Zhejiang Province. After more than a year, not long ago, Luzhou Island grid micro-grid demonstration project put into operation. Luzhou Island grid-type micro-grid demonstration project is a successful micro-grid technology applications. At present, micro-grid technology has become a distribution