上海市校园太阳能光伏发电项目可行性研究报告上海交通大学2017年11月0目录第1章绪论....................................................................................11.1概述...................................................................................11.2研究背景...........................................................................31.2.1光伏发电相关政策................................................31.2.2国内光伏发电利用现状......错误！未定义书签。1.2.3国外太阳能光伏发电利用情况..错误！未定义书签。1.3研究目的和意义...............................................................61.4研究概况及主要结论.......................................................7第2章高校光伏应用的条件分析...............................................112.1高校屋顶资源.................................................................112.2高校能源消耗.................................................................132.1.2.1照明耗能高..........................................................142.1.2.2取暖、制冷能耗大..............................................142.1.2.3浪费行为严重......................................................152.3高校光伏发电应用优势....................................................162.3.1校园规划优势.........................................................162.3.1.1科学选址..............................................................162.3.1.2集中布局、合理分区..........................................162.3.1.3充分利用空间资源..............................................172.3.2建筑设计优势.........................................................1702.3.2.1屋面布置优势......................................................172.3.2.2建筑结构优势......................................................182.3.3建筑用能优势.........................................................192.3.3.1调峰稳压..............................................................192.3.3.2降低负荷..............................................................192.4本章小结............................................................................20第3章高校光伏发电的方案设计................................................203.1高校建筑光伏发电系统的设计........................................203.1.1设计流程与要点.....................................................203.1.1.1设计流程..............................................................203.1.1.2设计要点..............................................................213.1.2系统组成..............................................................243.2高校建筑屋面光伏发电系统的结构设计........................273.2.1独立基础式.............................................................283.2.2条形基础式.............................................................293.2.3负重基础式.............................................................303.2.4全钢可调式.............................................................313.2.5网基式导流板式.....................................................323.2.6工程塑料固定式.....................................................333.3高校建筑光伏系统的并网设计.....................................343.3.1并网优势.................................................................343.3.2并网影响.................................................................3513.3.2.1对电能质量的影响...............................................
