建筑光伏风雪荷载分析技术方法数据集

本数据集为建筑光伏风洞试验数据集，主要面向建筑光伏构件的光-电 -热 -力多物理场模型的建立与解耦研究需求建设。基于典型建筑光伏组件及专业风洞实验室设备，在建筑结构风工程测试规范的指导下，以及刚性测压风洞模拟试验原理，搭建标准化风洞试验环境，通过高精度风、雪荷载采集系统记录试验数据，通过动态应变测量或流场可视化的方式完成建筑光伏系统抗风性能的评估。数据集包含试验方案、动态风压数据和流场特性分析报告，数据集结构规范，数据精度高，具有较好的工程应用参考价值。本数据集的数据量为9.48MB。

This dataset is a wind tunnel test dataset for building photovoltaic systems. It was constructed to address the research requirements of establishing and decoupling multi-physics (optical-electrical-thermal-mechanical) models for building photovoltaic components. Leveraging typical building photovoltaic modules and professional wind tunnel laboratory equipment, a standardized wind tunnel test environment was built under the guidance of building structural wind engineering testing specifications and the principles of rigid pressure-measuring wind tunnel simulation tests. Test data was recorded via a high-precision wind and snow load acquisition system, and the wind resistance performance of the building photovoltaic system was evaluated through dynamic strain measurement or flow field visualization. The dataset encompasses test schemes, dynamic wind pressure data, and flow field characteristic analysis reports. It features a standardized structure, high data accuracy, and considerable reference value for engineering applications. The total size of this dataset is 9.48 MB.

搜集汇总

背景与挑战

背景概述

该数据集为建筑光伏风洞试验数据，旨在支持建筑光伏构件的光-电-热-力多物理场模型建立与解耦研究。它基于标准化风洞试验环境，采集高精度风、雪荷载数据，包含试验方案、动态风压和流场分析报告，数据规范且具有工程应用参考价值。