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A platform for research: civil engineering, architecture and urbanism
Intelligent shutter system and regulation and control method thereof
The invention discloses an intelligent shutter system and a regulation and control method thereof. The regulation and control method comprises the steps that an original building model is established, a parameterized shutter model with the height of the lower edge being variable is established, and the rotation angle of blades is controlled by constructing four curve parameters of a Betz curve; applying the shutter model to the original building model to obtain a new building model; a plurality of indoor lighting design points are arranged in the indoor depth direction, and the optimization direction is set according to requirements; networking to obtain real-time meteorological data, and obtaining a real-time EPW meteorological file; according to the real-time EPW meteorological file, the building model and the shutter model, optimizing the lower edge height of the shutter and the rotation angle of the shutter in the set optimizing direction based on radiation intensity, a lighting coefficient and indoor illumination simulation to obtain the optimal solution of the lower edge height and four curve parameters; and regulating and controlling the shutter according to the optimal solution. According to the invention, the problem of real-time intelligent regulation and control of the shutter is solved, so that indoor radiation and lighting are balanced.
本发明公开了一种智能百叶系统及其调控方法，包括：建立建筑原始模型，建立下沿高度可变的参数化的百叶模型，通过构造贝兹曲线的4个曲线参数控制叶片旋转角度；将所述百叶模型应用于所述建筑原始模型，得到新的建筑模型；按室内进深方向设置多个室内采光设计点，根据需求设定寻优方向；联网获取实时气象数据，得到实时EPW气象文件；根据所述实时EPW气象文件、建筑模型和百叶模型，基于辐射强度、采光系数以及室内照度模拟对百叶下沿高度和叶片旋转角度以设定的所述寻优方向进行寻优，得到所述下沿高度和4个曲线参数的最优解；根据最优解调控百叶窗。本发明解决了实时智能调控百叶窗的问题，从而平衡室内辐射和采光。
Intelligent shutter system and regulation and control method thereof
The invention discloses an intelligent shutter system and a regulation and control method thereof. The regulation and control method comprises the steps that an original building model is established, a parameterized shutter model with the height of the lower edge being variable is established, and the rotation angle of blades is controlled by constructing four curve parameters of a Betz curve; applying the shutter model to the original building model to obtain a new building model; a plurality of indoor lighting design points are arranged in the indoor depth direction, and the optimization direction is set according to requirements; networking to obtain real-time meteorological data, and obtaining a real-time EPW meteorological file; according to the real-time EPW meteorological file, the building model and the shutter model, optimizing the lower edge height of the shutter and the rotation angle of the shutter in the set optimizing direction based on radiation intensity, a lighting coefficient and indoor illumination simulation to obtain the optimal solution of the lower edge height and four curve parameters; and regulating and controlling the shutter according to the optimal solution. According to the invention, the problem of real-time intelligent regulation and control of the shutter is solved, so that indoor radiation and lighting are balanced.
本发明公开了一种智能百叶系统及其调控方法，包括：建立建筑原始模型，建立下沿高度可变的参数化的百叶模型，通过构造贝兹曲线的4个曲线参数控制叶片旋转角度；将所述百叶模型应用于所述建筑原始模型，得到新的建筑模型；按室内进深方向设置多个室内采光设计点，根据需求设定寻优方向；联网获取实时气象数据，得到实时EPW气象文件；根据所述实时EPW气象文件、建筑模型和百叶模型，基于辐射强度、采光系数以及室内照度模拟对百叶下沿高度和叶片旋转角度以设定的所述寻优方向进行寻优，得到所述下沿高度和4个曲线参数的最优解；根据最优解调控百叶窗。本发明解决了实时智能调控百叶窗的问题，从而平衡室内辐射和采光。
Intelligent shutter system and regulation and control method thereof
一种智能百叶系统及其调控方法
YANG YING (author) / HU LOUJUN (author) / HUANG YONGYI (author) / GAO QING (author) / TAN YIGAO (author) / LIU ZHULIANG (author) / PENG XUHUI (author) / CAI YUEFENG (author)
2025-01-03
Patent
Electronic Resource
Chinese
IPC:
E06B
Feste oder bewegliche Abschlüsse für Öffnungen in Bauwerken, Fahrzeugen, Zäunen oder ähnlichen Einfriedungen allgemein, z.B. Türen, Fenster, Läden, Tore
,
FIXED OR MOVABLE CLOSURES FOR OPENINGS IN BUILDINGS, VEHICLES, FENCES, OR LIKE ENCLOSURES, IN GENERAL, e.g. DOORS, WINDOWS, BLINDS, GATES
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