摘要
风力发电产业的快速发展亟需稳定可靠的风机产品。风机测试平台作为一种风机研发设计和性能质量检验手段而倍受业内关注。论文研发设计了最高容许测试容量为3.6MW的整机全功率测试平台,其采用了10kV中压并网电压和中压矩阵变频器,消除了常规测试台低电压并网的大电流弊端,并提供了中压机组测试条件。文章重点讲述了此中压并网测试平台的研发设计关键技术,最后给出了测试平台相关结果。
With the quick development of wind power utility, steady and reliable machines are needed. As a kind of wind turbine researching and testing tool, wind test rig attracts much more attentions of the industry. A flail power wind turbine test rig up to 3.6MW is developed, which adopts 10kV medium voltage power supply and a medium voltage matrix converter to eliminate the normal test rig's defect with lower voltage and higher current. The rig provides test conditions for medium voltage wind turbines. Key components and technology of the test rig are researched and designed. The relevant results of test rig are given finally.
出处
《电源学报》
2011年第6期69-73,共5页
Journal of Power Supply
基金
上海市国际科技合作基金项目(08160705100)
上海市科学技术委员会科研计划项目(09dz2201900)
关键词
风电
风机测试平台
风力机模拟
矩阵变频器
监控系统
wind power
wind turbine test rig
wind turbine simulation
matrix converter
supervision system