Coordinated scheduling for port energy-logistics systems considering dispatching of electric-hydrogen vehicles

The integration of multiple energy sources and the electrification of equipment are linking energy management and logistics operation closely in green seaports. This paper proposes a coordinated scheduling strategy for the seaport energy-logistics system. A comprehensive hydrogen-ammonia-thermal energy management framework is developed to address both electrical and thermal demand. Electric vehicles (EVs) and hydrogen vehicles (HVs) are strategically dispatched across multiple logistics routes to fully utilize the flexibility of the logistics system. The temporal-spatial shifting of logistic loads, including handling equipment and reefer containers, is implemented while ensuring the completion of the transfer task. Simulation results indicate that the proposed method significantly reduces the operation cost and minimizes renewable energy source (RESs) curtailment.