A distributed low-carbon dispatch model for regional multi-integrated energy microgrids considering carbon trading

Integrated energy microgrids, as an important means of realizing coupled and complementary energy sources, are of great significance in promoting the transformation of the energy structure and accelerating the realization of the dual-carbon goal. In the same region, the energy interaction of multi-microgrids can realize energy mutualization, improve the level of new energy consumption and reduce carbon emissions. Based on this, this paper proposes a regional multi-microgrid distributed dispatch model. A single microgrid scheduling model based on carbon trading mechanism is established. On this basis, a multi-microgrid cooperative operation model is proposed considering the energy sharing of multi-microgrids. Finally, a consensus-based ADMM algorithm is used for distributed scheduling of multiple microgrids. The arithmetic example verifies the effectiveness of the proposed model.