Abstract
The raise of gas-based generators in the electricity systems to compensate for the intermittent nature of renewable energies has created interaction between gas and electricity systems. As well as, the advent of power to gas (P2G) technology has strengthened interactions. In this work, a co-optimization framework for electricity and gas systems taking into account P2G technology is proposed. Additionally, electricity and gas demand response programs integrated into the model to decrease the gas system effect on power system operation. A test system is employed in order to evaluate the proposed framework. The numerical results of the test system verify the efficiency of the proposed framework in the co-optimization of two systems.
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