The application discloses a kind of electrothermal
hydrogen comprehensive energy multi-objective collaborative planning operation methods, contour coefficient method and ordered clustering
algorithm are used to obtain photovoltaic and
electrical load typical day,
wind power and
heat load typical day are generated using local density formula improved ISODATA
algorithm,
electrolytic cell and
hydrogen fuel
cell equipment refinement dynamic efficiency model is constructed, multi-objective collaborative double-layer planning
operation model is constructed, NSGA-II
algorithm and Gurobi
solver are used to solve multi-objective collaborative double-layer planning
operation model, obtain target capacity Pareto frontier solution set, optimal solution is selected using
TOPSIS method, and capacity configuration scheme is output.In consideration of
system economy, low carbon,
hydrogen production reliability, hydrogen energy
utilization rate is improved, and more accurate optimization configuration of wind, light and hydrogen energy equipment capacity is realized, which provides reference for actual planning and operation.