An Optimal Scheduling Strategy for Integrated Energy Systems Using Demand Response

With the development of power-to-gas (P2G) technology and demand-response (DR) technology, new ideas have been proposed for research into scheduling strategy integrated energy systems (IER). Focusing on wind power consumption, this paper proposes a day-ahead IER with P2G equipment, taking consideration DR. On consumption side, demand elasticity matrix is introduced to describe user’s participation in supply equipment improve coupling electricity natural gas, scenario generation reduction techniques are uncertainty renewable output. The maximum net income set as objective function. optimal scheme system was obtained by solving model. results indicate that outperforms traditional operation can achieve peak cutting valley filling, maximize operators, promote utilization rate system.