Abstract
With the high penetration of renewable energy in future energy mixture, there is a concern about not taking the maximum advantages of the produced green energy due to the lack of enough storage capacity. The power-to-gas (P2G) technology can play the role of coupling storage in a system with a significant renewable resource capacity. This chapter evaluates the integration of P2G equipment into a coupled gas-electricity system for scheduling energy in a day-ahead market. The proposed model employs the P2G technology supported by embedded gas energy storage as a vector-bridging system as a promising solution to enhance operational efficiency and reduce the curtailment of renewable generation. In addition, the proposed model is examined under various energy conversion efficiency of P2G equipment to reveal the impact of technological improvement on performance indices of the energy system.
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