Optimization design method of wind-solar complementary electric power energy storage system applied to net zero energy consumption building

Abstract

The invention discloses an optimization design method of a wind-solar complementary electric power energy storage system applied to a net zero energy consumption building. The method comprises the following steps: acquiring electric power consumption information of a target area within a preset time period; obtaining environment-friendly electric power information of the target area in a preset time period; acquiring power grid operation information of a public power grid corresponding to the target area; and according to the power consumption information, the environment-friendly power information and the power grid operation information, establishing an environment-friendly power energy storage system corresponding to the target area. According to the invention, environment-friendly electric energy storage systems are customized for different areas, and the matching degree of the areas and the environment-friendly electric energy storage systems is improved. The problem that in the prior art, when the renewable energy hybrid power energy storage system is constructed, difference of different buildings is not considered, and consequently the cooperation degree of the renewable energy hybrid power energy storage system and the buildings is not high is solved. 本发明公开了净零能耗建筑应用风光互补电力蓄能系统的优化设计方法，通过获取目标区域在预设时间段内的电力消耗信息；获取目标区域在预设时间段内的环保电力信息；获取目标区域对应的公共电网的电网运行信息；根据电力消耗信息、环保电力信息以及电网运行信息，建立目标区域对应的环保电力蓄能系统。本发明可以实现为不同区域量身定做环保电力蓄能系统，提高了区域与环保电力蓄能系统的配合程度，解决了现有技术中在构建可再生能源混合电力蓄能系统时，没有考虑不同建筑物的差异性，导致可再生能源混合电力蓄能系统与建筑物的配合程度不高的问题。