Distributed Generation Placement Considering Carbon Trading in the Context Of Energy Internet

The promotion of energy internet and new infrastructure brings great ideas to distribution network placement. Considering load variations, this study proposes a multi-objective placement model based on network solutions and non-network solutions in distribution networks. The bi level optimal model is adopted to reflect the preferences on the demand response of flexible resources, integrated energy and carbon transactions, as well as economic costs, which will maximum flexible resources advantage in regulation ability and decrease the cost of configuration. Finally, the proposed placement model and strategy are simulated and validated on an energy internet with MATLAB.