Distributed energy supply system integration method based on rapid deployment

A distributed energy supply system integration method based on rapid deployment comprises the following steps: putting forward a system modular integration principle, organically integrating key functional components of a distributed energy supply system, and achieving the optimal layout that modular equipment is loaded into a container; effectively solving the rapid deployment problem of the distributed energy supply system by utilizing the characteristics that containers are easy to transport, modular equipment is easy to assemble and the like; determining an integration scheme of a key energy supply module by adopting an integer programming method, proposing a design method based on a substitution model algorithm aiming at the container layout problem, carrying out Monte Carlo samplingon decision variables, and collecting sample points; utilizing finite element software to obtain target values of the sample points; obtaining an optimal prediction scheme by simulating a relationshipbetween a target value an