摘要
分析了大电网的特点,指出大电网具有合作的自然属性。针对多个转运业务之间的相互影响,建立了大电网中转运业务合作的数学模型,并用具体算例进行了分析。采用核心(core)、核仁(nucleolus)和夏普利(shapley)值等分配方式对各转运业务因合作而带来的效益进行了分配。研究表明,在分散交易形式中,转运业务通过合作仍然可以实现转运业务的最大效益。
After analyzing the features of power grids, it is pointed out that the power grids possess natural attribute for cooperation. According to the mutual influences among multi-wheeling businesses, the modeling of cooperation of wheeling businesses is carried out and the model is validated by concrete calculation examples. The benefits brought about by the cooperation among the wheeling businesses are allotted by different method, such as the Core method, Nucleolus method and Shapley value method. In decentralized transactions the maximum benefits of wheeling businesses can still be obtained through the cooperation.
出处
《电网技术》
EI
CSCD
北大核心
2002年第10期37-40,47,共5页
Power System Technology
