从用户角度出发，提出了计及用电方式满意度的居民用户智能用电模型． 首先分析各智能电器的工作特性，建立不可中断电器与可中断电器的运行约束． 同时，考虑到用户对用电舒适性的要求，定义了用户用电方式满意度; 针对用户对不同电器的依赖程度的不同，模型中引入可控电器的不可调度系数进行区分，并利用层次分析法求取． 最后，在NYISO 的实时电价背景下进行仿真． 算例分析表明，优化后的用电计划可以在满足用户用电方式满意度的前提下减少电费支出．

From the user's perspective,this paper constructs an optimal smart power consumption model of residential users by considering the satisfaction in the process of utilizing electricity.First,the characteristics of intelligent electric appliances are analyzed,and the operation constraints of non-interruptible and interruptible appliances are established.Meanwhile,the satisfaction of residential users in the process of utilizing electricity is defined according to their requirement for comfort.In order to distinguish users' preference for different electric appliances,the non-scheduling coefficient is introduced into the constructed model and is solved by means of the analytic hierarchy process.Finally,a simulation in the NYISO real-time pricing environment is conducted.The results show that the optimized consumption strategy can satisfy users' electricity demand and cut down their electricity bills.