In view of the energy consumption demand brought about by the large-scale grid connection of renewable energy

Hydrogen production technology provides an effective energy consumption solution due to its ability to convert electrical energy into Hydrogen energy storage in a clean and efficient manner. This paper aims to study the multi-objective energy configuration scheme for the consumption of renewable energy by electric Hydrogen production. Firstly

an energy framework including renewable energy generation

electric Hydrogen production and energy storage is proposed. Furthermore

a multi-objective scheduling model with the goals of low investment cost

small wind and light waste from renewable energy units and low Carbon emissions is constructed. Finally

the optimal solution set is searched among multiple objectives by using the niche particle swarm algorithm. The simulation results show that this method can obtain configuration schemes with low system investment cost

high renewable energy utilization rate and low Carbon emissions in order to promote the green transformation of energy structure.