부산대학교 도서관

As a large rural agricultural facility, greenhouse park can provide the necessary living environment for the growth of crops. However, due to the lack of efficient energy supply system and the complex types of existing energy supply equipment, it is easy to produce high energy consumption, resource waste and other problems when providing suitable environment for the growth of crops. Therefore, in order to solve the above problems, this paper first proposed a new integrated energy supply system; Then NSGA-II intelligent algorithm and CPLEX solver were used successively to optimize the capacity configuration and operation scheduling of the power supply system. Finally, in order to verify the superiority of the optimized design of the new integrated energy supply system compared with the existing energy supply system of the greenhouse park, a large rural greenhouse park was selected for case analysis. The experimental results show that the optimized design of the new integrated energy supply system can greatly improve the utilization rate of energy, significantly reduce the operating costs of the greenhouse park, and significantly reduce the emission of CO2.