A New Energy Consumption Capacity Improvement Method Based on Layout Optimization

The power grid is the key to enhancing the consumption of clean energy. Faced with the goal of sustained growth in new energy, whether the carrying capacity of the power grid can meet the requirements, and how to improve the new energy consumption capacity have become key issues currently faced. In order to fully tap into the distributed new energy consumption capacity of the power grid, this paper proposes a new energy consumption improvement method based on layout optimization. Firstly, taking photovoltaic consumption capacity as the optimization variable, genetic algorithm is used to calculate the maximum photovoltaic consumption capacity of the power grid. Then, a new energy consumption capacity improvement method based on layout optimization is proposed. The simulation results show that the proposed method for improving the new energy consumption capacity can effectively enhance the new energy consumption capacity of the power grid while ensuring the security constraints of the power grid.