Microgrids are widely known to be the future of generation and distribution systems. This paper presents a method to optimize the size of the main components in a microgrid to supply the demands for electricity, heating and hydrogen for mobility through an Energy Hub model. The electricity production from a wind turbine, a CHP and a fuel cell satisfies the local electricity demand. The green hydrogen produced in the hub from renewable power in off-peak hours is used to feed the fuel cell or to meet the mobility demand. The heating power from CHP and fuel cell is used to feed the local district heating network.
Genna A., Di Carlo S., Massaro F., Montana F., Riva Sanseverino E. (2021). Optimizing the generation system in a microgrid with power, thermal energy and mobility demands. In 21st IEEE International Conference on Environment and Electrical Engineering and 2021 5th IEEE Industrial and Commercial Power System Europe, EEEIC / I and CPS Europe 2021 - Proceedings (pp. 1-5). Institute of Electrical and Electronics Engineers Inc. [10.1109/EEEIC/ICPSEurope51590.2021.9584623].
Optimizing the generation system in a microgrid with power, thermal energy and mobility demands
Massaro F.;Montana F.
;Riva Sanseverino E.
2021-09-01
Abstract
Microgrids are widely known to be the future of generation and distribution systems. This paper presents a method to optimize the size of the main components in a microgrid to supply the demands for electricity, heating and hydrogen for mobility through an Energy Hub model. The electricity production from a wind turbine, a CHP and a fuel cell satisfies the local electricity demand. The green hydrogen produced in the hub from renewable power in off-peak hours is used to feed the fuel cell or to meet the mobility demand. The heating power from CHP and fuel cell is used to feed the local district heating network.
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