首页|基于构件形态的高层大跨厂房光伏遮阳设计方法

基于构件形态的高层大跨厂房光伏遮阳设计方法

DESIGN METHOD OF PHOTOVOLTAIC SHADING FOR HIGH-RISE LARGE-SPAN FACTORY BASED ON COMPONENT-BASED MORPHOLOGY

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为建立基于构件形态参数的高层大跨厂房光伏遮阳设计评价与优化方法,以长沙同有科技项目为例,进行高层大跨厂房光热平衡算法研究.选取光伏遮阳构件的尺寸、倾斜角度以及阵列方式为变量参数,通过对参数化建模、环境性能模拟以及多目标算法的技术集成得到基于构件形态的光热平衡算法模型,其应用结果显示,随着多种光伏遮阳构件形态变量的调控,模型综合性能呈现出非线性的复杂变化模式.
In order to establish the evaluation and optimization method of photovoltaic shading design based on component morphological parameters,taking the Changsha Tongyou technology project as an example,a study on the daylight-thermal balance algorithms of high-rise large-span factory was carried out.The size,inclined angle and array method of the photovoltaic shading components are selected as the variable parameters.Daylight-thermal balance algorithm model is obtained by integrating parameter modeling,environmental performance simulation,and multi-objective optimization algorithm.The application of this model in the case study shows that the comprehensive performance of the model presents a non-linear complex changing with the regulation of the morphological variables of multiple photovoltaic shading components.

high-rise buildingssolar modulesmulti-objective optimizationarchitectural designcomputer aided design

杨瑛、高青、刘柱梁、徐峰、周晋

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中建五局设计研究总院,长沙 410000

中建五局设计技术科研院,长沙 410004

湖南大学建筑与规划学院,长沙 410012

高层建筑 光伏组件 多目标优化 建筑设计 计算机辅助设计

中建五局科技研发课题

Cscec-5b-2022-10

2024

太阳能学报
中国可再生能源学会

太阳能学报

CSTPCD北大核心
影响因子:0.392
ISSN:0254-0096
年,卷(期):2024.45(2)
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