可再生能源
网格
计算机科学
可靠性工程
认证
转换器
互连
电气工程
工程类
汽车工程
电压
电信
几何学
政治学
数学
法学
作者
Przemyslaw Koralewicz,Vahan Gevorgian,Robb Wallen,Wim van der Merwe,Pieder Jörg
标识
DOI:10.1109/ecce.2016.7854830
摘要
Grid integration testing of inverter-coupled renewable energy technologies is an essential step in the qualification of renewable energy and energy storage systems to ensure the stability of the power system. New types of devices must be thoroughly tested and validated for compliance with relevant grid codes and interconnection requirements. For this purpose, highly specialized custom-made testing equipment is needed to emulate various types of realistic grid conditions that are required by certification bodies or for research purposes. For testing multi-megawatt converters, a high power grid simulator capable of creating controlled grid conditions and meeting both power quality and dynamic characteristics is needed. This paper describes the new grid simulator concept based on ABB's medium voltage ACS6000 drive technology that utilizes advanced modulation and control techniques to create an unique testing platform for various multi-megawatt power converter systems. Its performance is demonstrated utilizing the test results obtained during commissioning activities at the National Renewable Energy Laboratory in Colorado, USA.
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