Aiming at the problem of operating in coordination with building air conditioner（BAC）and other types of demand side resources

in virtual power plant（VPP）the variation characteristics of indoor temperature and electricity consumption under the start stop control and continuous regulation mode of BAC are compared based on modeling and analysis of BAC

thus the regulation mode adapted to coordinating the operation of BAC and other demand side resources in VPP is chosen. Furthermore

considering user’s comfort grading and demand response compensation price

taking the lowest cost of regional energy supply as the objective function

a coordinative optimization model of multitype demand side resources in VPP considering air conditioning load is established. Linearization method is used to deal with the nonlinear function and optimization model is transformed into mixed integer linear programming model. The example shows that the coordinated energy supply mode of BAC and other demandside resources in VPP considering users’comfort can effectively reduce regional load shedding and the power consumption of building

so that building users can obtain compensation benefits.