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Optimal coordination of flexible resources in the gas-heat-electricity integrated energy system
To deal with the high penetration of renewable energy, modern energy systems strive to introduce flexible resources to provide more flexible and higher quality services. This paper focuses on the coordination of flexible resources across different energy carriers under the market environment to accommodate different levels of wind power. The integration of gas, heat and electricity systems providing customers with multiple options for satisfying their energy demands is described. Considering that energy system operators are independent or have limited communication based on the existing market mechanism, an equilibrium problem is first formulated for the optimal scheduling strategy, where each subsystem operator pursues its own benefit. Since there is energy conversion between different energy subsystems, each subsystem operator has to consider the actions of other operators and coordinate with each other until an equilibrium. An illustrative case study is then analyzed to show that the proposed model allows each subsystem operator to make an optimal action for maximizing its profit, and reflects prices and volumes of the energy transaction among energy subsystems. Furthermore, the simulation results indicate that the coordination of flexible resources has significant benefits in the integrated energy system to reduce wind curtailment and improve total social welfare.
Optimal coordination of flexible resources in the gas-heat-electricity integrated energy system
To deal with the high penetration of renewable energy, modern energy systems strive to introduce flexible resources to provide more flexible and higher quality services. This paper focuses on the coordination of flexible resources across different energy carriers under the market environment to accommodate different levels of wind power. The integration of gas, heat and electricity systems providing customers with multiple options for satisfying their energy demands is described. Considering that energy system operators are independent or have limited communication based on the existing market mechanism, an equilibrium problem is first formulated for the optimal scheduling strategy, where each subsystem operator pursues its own benefit. Since there is energy conversion between different energy subsystems, each subsystem operator has to consider the actions of other operators and coordinate with each other until an equilibrium. An illustrative case study is then analyzed to show that the proposed model allows each subsystem operator to make an optimal action for maximizing its profit, and reflects prices and volumes of the energy transaction among energy subsystems. Furthermore, the simulation results indicate that the coordination of flexible resources has significant benefits in the integrated energy system to reduce wind curtailment and improve total social welfare.
Optimal coordination of flexible resources in the gas-heat-electricity integrated energy system
Xi, Yufei (author) / Fang, Jiakun (author) / Chen, Zhe (author) / Zeng, Qing (author) / Lund, Henrik (author)
2021-05-15
Xi , Y , Fang , J , Chen , Z , Zeng , Q & Lund , H 2021 , ' Optimal coordination of flexible resources in the gas-heat-electricity integrated energy system ' , Energy , vol. 223 , 119729 . https://doi.org/10.1016/j.energy.2020.119729
Article (Journal)
Electronic Resource
English
DDC:
690
Conic Optimal Energy Flow of Integrated Electricity and Natural Gas Systems
| DOAJ | 2021