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Transmission Expansion Planning for Multienergy System with Integrated Demand Response

The growing demand for multi-energy facilitate the expansion planning for integrated energy systems. In this paper, we propose a co-planning model for integrated electricity and natural gas transmission networks considering integrated demand response. Energy hub is considered as the interaction of coupled electricity and gas energy and is modeled in power and gas flow calculation. Integrated demand is introduced an alternative measure to save expansion planning costs. To solve the complicated nonlinear problem, we apply genetic algorithm. Case study is applied to validate the performance of proposed approach.