摘要
由于国家对能源的战略部署及其规划,山地光伏电站得到了迅速发展,为提高此类光伏电站的设计质量,增加其经济效益,以山地光伏电站的光伏支架(下文简称为“山地光伏支架”)结构及其基础形式为研究对象,对山地光伏支架设计采用固定式可调支架的必要性及其优势进行分析,并对设计、施工时的控制要点进行说明;对能与固定式可调光伏支架结合的微孔钢管灌注桩基础的受力性能及其优势进行介绍,并指出了其设计控制参数。以期可为固定式可调光伏支架及其微孔钢管灌注桩基础的设计应用及推广提供一个安全、经济的比选方案。
Due to the national strategic deployment and planning of energy,mountain PV power stations have developed rapidly.In order to improve the design quality of such PV power stations and increase their economic benefits,this paper takes the structure and foundation form of PV brackets in mountain PV power stations(hereinafter referred to as "mountain PV brackets") as the research object,analyzes the necessity and advantages of using adjustable brackets in mountain PV bracket design,and analyzes the the key control points during design and construction.The mechanical performance and advantages of microporous steel pipe cast-in-place pile foundation that can be combined with flxed adjustable PV foundation are introduced,and its design control parameters are pointed out.It is hoped that this study can provide a safe and economic alternative scheme for the design,application and promotion of flxed adjustable PV foundation and its microporous steel pipe cast-in-place pile foundation.
作者
向伟
Xiang Wei(Zhejiang Province Institute of Architectural Design and Research,Hangzhou 310006,China)
出处
《太阳能》
2023年第5期78-83,共6页
Solar Energy
关键词
山地光伏电站
光伏支架
可调式
结构设计
微孔钢管灌注桩
mountain PV power stations
PV bracket
adjustable
structure design
microporous steel pipe cast-in-place pile
