Alleviation of Network Congestion in Aggregated Market Model Based on Areas Partitioning Concept and Rebound Effect

Abstract

To deal with the network limitation in a local energy trading market, the areas partitioning concept was proposed. This concept separates the network into source area and drain area and directly facilitates the rescheduling profile contribution in each area. The sharing factor based on the exceeded power, which caused the congestion, was initiated to reschedule the profile. Managing the exceeded power, the rebound effect was taken into account. The proposed rebound effect is the mechanism to manage the exceeded power in the direction of forward rebound and backward rebound. In addition, the price signal was also considered as a bonus price for the aggregators, who participate in the profile rescheduling.