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高压电瓷是电力网络中的重要器件,通过对高压电瓷产品按一定批量进行定期更换,能降低输电变电网的损耗,达到节能目的。构建了影响造价成本的参量模型和约束函数,采用非线性预测算法进行造价成本和电力网络产能预测,完成了采用非合作博弈纳什均衡方法实现对电网改造成本和电网均衡配比模型构建。仿真结果表明,用该模型进行电网改造,能有效节省造价成本的同时,提高了电力网络产能。
High-voltage electric porcelain is an important component in the power network. Through regular replacement of high-voltage electric porcelain products by a certain batch, it can reduce the loss of transmission substation and save energy. The parametric models and constraint functions that affect the cost of construction are constructed, and the nonlinear cost forecasting and power network capacity forecasting are carried out by using the nonlinear forecasting algorithm. The Nash equilibrium method based on the non-cooperative game is implemented to construct the model of the cost of grid reconstruction and grid balancing. The simulation results show that using this model to transform the power grid can effectively save the cost of construction and improve the power network capacity.