基于生态城规划的光伏发电系统研究与应用
发布时间：2019-03-14 20:48
【摘要】：本文以中新天津生态城太阳能光伏发电专项规划为工程研究背景，在总结分析能源预测、能源平衡、能源优化方面各种方法及特点的基础上，采用太阳能发电量物理模型作为能源预测的方法，利用C++语言完成程序的编程，得到生态城日、月、年光伏发电系统发电量。 分析完成天津地区气候状况、太阳能资源、生态城建筑物屋顶形状与特点，，提出太阳能光伏发电与建筑物的结合（BIPV）的应用方式，计算完成利用生态区05片区利用各个细胞内建筑屋顶光伏发电量预测和投资预算、经济效益分析与社会效益的分析。 通过对生态城内服务中心屋顶光伏发电系统、污水处理厂光伏发电系统、动漫城光伏发电系统以及街道光伏照明应用等项目后期跟踪与评价，说明前期光伏专项规划制定合理，实现了光伏发电专项规划的预期目标和生态城的“绿色、低碳、可持续发展”的理念。
[Abstract]:Taking the special planning of solar photovoltaic power generation in Tianjin Ecological City as the background of engineering research, this paper summarizes and analyzes all kinds of methods and characteristics of energy prediction, energy balance and energy optimization. The physical model of solar energy generation is used as the method of energy prediction, and the program is programmed with C language. The energy generation of eco-city day, month and year photovoltaic power generation system is obtained. The climatic situation, solar energy resources, roof shape and characteristics of buildings in Tianjin area are analyzed and completed. The application mode of (BIPV) combined with solar photovoltaic power and buildings is put forward. The calculation completes the prediction and investment budget of photovoltaic power generation and economic benefit analysis and social benefit analysis of each building roof in the 05 area of ecological area using the built-in roof photovoltaic power generation capacity in each cell. After tracking and evaluating the projects such as roof photovoltaic power generation system of eco-city service center, photovoltaic power generation system of sewage treatment plant, photovoltaic power generation system of animan city and the application of street photovoltaic lighting, this paper explains that the special planning of photovoltaic in the early stage is reasonable. The target of special planning of photovoltaic power generation and the concept of "green, low carbon, sustainable development" of eco-city are achieved.
【学位授予单位】：北京建筑大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU984.115;TM615
[Abstract]:Taking the special planning of solar photovoltaic power generation in Tianjin Ecological City as the background of engineering research, this paper summarizes and analyzes all kinds of methods and characteristics of energy prediction, energy balance and energy optimization. The physical model of solar energy generation is used as the method of energy prediction, and the program is programmed with C language. The energy generation of eco-city day, month and year photovoltaic power generation system is obtained. The climatic situation, solar energy resources, roof shape and characteristics of buildings in Tianjin area are analyzed and completed. The application mode of (BIPV) combined with solar photovoltaic power and buildings is put forward. The calculation completes the prediction and investment budget of photovoltaic power generation and economic benefit analysis and social benefit analysis of each building roof in the 05 area of ecological area using the built-in roof photovoltaic power generation capacity in each cell. After tracking and evaluating the projects such as roof photovoltaic power generation system of eco-city service center, photovoltaic power generation system of sewage treatment plant, photovoltaic power generation system of animan city and the application of street photovoltaic lighting, this paper explains that the special planning of photovoltaic in the early stage is reasonable. The target of special planning of photovoltaic power generation and the concept of "green, low carbon, sustainable development" of eco-city are achieved.
【学位授予单位】：北京建筑大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TU984.115;TM615
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