深水型水面光伏组件布置优化因素的研究
Probe into FPV Module Layout Optimization Factors in Deep Water
张起超1
作者信息
- 1. 福建永福电力设计股份有限公司,福建 福州 350001
- 折叠
摘要
目前,深水型水面光伏实际工程案例世界上寥寥无几,本文结合实际方案就深水型水面光伏组件布置优化的因素进行分析和研究,对以后深水型水面光伏的发展方向进行探索,为后续的实际工程提供技术支持.对影响光伏组件布置的优化因素进行阐述、分析和比选,研究其存在的技术难点,以及不同类型组件、不同角度、不同间距,在不同气象、不同组件布置条件下对发电量和造价成本的影响,得出影响深水型水面光伏组件布置的优化选择和结果,为以后该种类型的工程起到良好的指导作用.
Abstract
Currently,there are few actual engineering cases of deep-water FPV in the world.By combining practical solutions to analyze and study the optimization factors of deep-water FPV module arrangement,the development direction of deep-water FPV can be explored in the future and the technical support for subsequent actual projects can be provided.The optimization factors that affect the arrangement of photovoltaic modules are elaborated,analyzed and compared,the existing technical difficulties,as well as the impact of different types of components,different angles,different spacings under different meteorological conditions and different component arrangement conditions on the power generation and cost are studied,and the optimal selection and results that affect the arrangement of deep-water surface photovoltaic modules are obtained,which will provide good guidance for this type of project in the future.
关键词
深水型水面光伏/组件布置优化因素/发电量/降低工程造价Key words
FPV in deep water/module layout optimization factors/power generation/cost reduction引用本文复制引用
出版年
2024
NETL
NSTL
万方数据