Abstract
In the environment of power spot market, the optimization scheduling model of power spot market considering load classification and demand response is proposed. The model integrates load demand response and optimizes the load curve of each node in the next day by using node electricity price as price transmission mechanism to improve the operating efficiency of power system. The concept of social production opportunity cost is introduced into the load side to comprehensively optimize the power purchase cost and social production opportunity cost of each node. The IEEE39-node system is taken as an example to verify the effectiveness of the model, and the influence of the demand response capacity on the load demand response and the influence of the node electricity price is analyzed.
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