A parameterized design method of a reflection system for increasing the amount of daylight

Abstract

The present application relates to a kind of improved bottom sunlight amount of reflection system parameterization design method, device, equipment and storage medium, wherein improved bottom sunlight amount of reflection system parameterization design method includes the following steps: constructing parameterization platform;Parameterization platform is based on the weather file of preestablished, and the facade of the project volume simulation model is obtained in the light-rich area and the light-scarce area;Select the preliminary parameter of reflection system;Extract the direct sunlight unit vector set in weather file, obtain the light spot area reflected to facade at any time;Based on the position and size of light spot area, parameterization platform adjusts the preliminary parameter of reflection system, obtains the optimal parameter of reflection system at any time;Based on parameterization platform and weather file, the optimal parameter of reflection system at any time can be obtained, so that machine can automatically adjust the pitch angle and horizontal azimuth angle of reflector according to optimal parameter, without real-time recalculation and manual intervention, can respond to the annual change of sunlight in real time.

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