Multi-point layout planning method for multi-energy power system based on complex adaptive system theory

Aiming at the problem of multi-point layout planning multi-energy power system, output characteristics system composed wind generation, photovoltaic hydropower traditional thermal generation and solar are comprehensively analyzed. Combining optimization with complex adaptive theory, a model sources based on theory is proposed. The takes minimum construction step size each new energy source as agent. Through interaction between agents accumulation experience, behavior rules constantly changed, installed positions various types adjusted, optimal scheme capacities node obtained. Moreover, an agent modeling method simple emerging phenomena proposed, which reveals core idea theory—adaptability makes complexity. Taking actual grid in certain region China example, it verified that proposed has significant effect improving consumption energy, guiding significance for engineering construction.