Aiming at the problem of multi-point layout planning of a multi-energy power system

the output characteristics of a multi-energy power system composed of wind power generation

photovoltaic power generation

hydropower generation

traditional thermal power generation and solar thermal power generation are comprehensively analyzed. Combining power optimization planning with complex adaptive system theory

a multi-point layout planning model of multi-energy sources based on complex adaptive system theory is proposed. The model takes the minimum construction step size of each new energy source as the agent. Through the interaction between the agents and the accumulation of experience

the behavior rules are constantly changed

the installed positions of various types of power sources are adjusted

and the optimal layout scheme of various power capacities of each node is obtained. Moreover

an agent modeling method based on a simple rule emerging complex phenomena is proposed

which reveals the core idea of complex adaptive system theory-adaptability makes complexity. Taking an actual power grid in a certain region of China as an example

it is verified that the proposed method has a significant effect on improving the consumption of new energy

and has certain guiding significance for the actual engineering construction.