DOI: 10.66106/xinna7.20250104 ISSN: 3105-7527

风光互补供电系统在高层住宅电梯中的应用可行性分析(Feasibility analysis of wind solar complementary power supply system in high-rise residential elevators)

寇旋 Xuan Kou, 刘鑫 Xin Liu
Show PDF Cite
Abstract: Global energy shortage is intensifying, environmental protection standards are constantly improving, high-rise residential elevators are the core part of building energy consumption, and the traditional grid power supply mode has practical problems such as high operating costs, large carbon emissions, etc. The wind solar complementary power supply system provides clean and sustainable alternative energy for elevators by virtue of the time complementary characteristics of solar energy and wind energy. However, the engineering adaptability of this system in high-rise residential scenes still needs to be fully verified. The main problems of current application are that the limited building space makes the installation of equipment more difficult, the instability of natural energy and the uncertainty of elevator load form a mismatch between supply and demand, and there is a gap in the standards and safety specifications for grid connection. This paper analyzes from three dimensions of technology matching, economic feasibility and policy environment, focusing on the impact of system capacity allocation strategy, energy storage regulation mechanism and building integration scheme on the actual operation effect.

More from our Archive