Laboratory Experiment of Physical Power Systems for SUPERGEN Projects through International Collaboration

王海峰博士参与了EPSRC SUPERGEN 1 /未来网络技术联盟关于FACTS（柔性交流输电系统）的两个项目，以及EPSRC SUPERGEN 3 /储能联盟关于EES（储能系统）在考虑可再生发电的供电系统中的应用的一个项目。这三个项目都取得了重大进展，提出了新颖的思想和理论方法。然而，到目前为止，他用来评估和展示这三个SUPERGEN项目的理论研究成果的主要工具是计算机模拟，因为在英国没有物理电力系统实验室可供他进行实验。由于在电力系统的研究和开发中，物理实验是走向现场试验和应用的至关重要的一步，本提案寻求EPSRC通过人的成功合作（CSP）计划的支持，为他和他的研究官员通过国际合作为他的SUPERGEN项目开展物理电力系统的实验室实验。该实验将在华中科技大学（HUST）电气与电子工程学院物理电力系统实验室（PPSL）进行。EPSRC CSP要求的支持是支付拟议物理实验中以人为本的活动的费用，而中国合作者将支付设备和消耗品的费用。

Dr. Haifeng Wang has worked on two projects in the EPSRC SUPERGEN 1 / Future Network Technology Consortium on FACTS (Flexible AC Transmission Systems) and one project in the EPSRC SUPERGEN 3 / Energy Storage Consortium on EES (Energy Storage Systems) applied in power supply systems considering renewable generation. Those three projects have achieved significant step progress with novel ideas and theoretical methods proposed. However, the main tool he has used so far to evaluate and demonstrate his theoretical research results for these three SUPERGEN projects is computer simulation, as in the UK there is no laboratory of physical power systems available for him to conduct experiment. Because in power system research and development, physical experiment is a vitally essential step of work towards field trial and applications, this proposal seeks the support from the EPSRC Collaborating for Success through People (CSP) scheme for him and his Research Officer to carry out laboratory experiment of physical power systems for his SUPERGEN projects through international collaboration. The proposed experiment will be conducted at the Physical Power System Laboratory (PPSL), College of Electrical and Electronic Engineering, Huazhong University of Science and technology (HUST), Wuhan, China. The support required from the EPSRC CSP is to cover the cost of people-based activities for the proposed physical experiment, while the Chinese collaborator will cover the cost of equipment and consumables.