《光伏发电工程技术》PPT课件 徐州工业职业技术学院 詹新生

 
课件内容： 
01 光伏发电系统的组成及案例分析（Project 1 Composition and case analysis of photovoltaic power generation system） 
1.1 PN结的形成（Formation of PN junction） 
1.2太阳能电池工作原理（How solar cells work） 
1.3太阳能光伏发电系统的分类（Classification of solar photovoltaic systems） 
1.4离网光伏发电系统的组成及分析（Composition and analysis of grid-connected photovoltaic power generation system） 
1.5并网光伏发电系统的组成及分析（Composition and analysis of grid-connected photovoltaic power generation system） 
1.6光伏阵列与热斑效应（Photovoltaic array and hot spot effect） 
1.7太阳能电池结构及主要技术参数（Structure and main technical parameters） 
1.8太阳能光伏组件结构及分类（Structure and Classification of Solar Photovoltaic） 
1.9太阳能光伏组件制造过程（Manufacturing Process of Solar Photovoltaic Module） 
1.10太阳能资源认识（Introdution of solar energy） 
1.11徐工院1.5MW光伏发电系统简介（Introduction of 1.5 MW photovoltaic power generation systems） 
补充1：光伏电池新技术（New technology of photovoltaic cells） 
补充2：光伏组件新技术-双面光伏组件（New technology for photovoltaic modules – double sided photovoltaic modules） 
光伏发电系统设计基础（Photovoltaic power generation system design） 
2.1光伏发电系统设计概述（Overview of photovoltaic power generation system design） 
2.2光伏发电系统设计应考虑的因素（Factors to be considered in the design of photovoltaic power generation system） 
2.3离网光伏发电系统光伏组件容量的计算（Calculation of PV Module Capacity in Off-grid Photovoltaic System） 
2.4铅酸蓄电池结构（Lead acid battery structure） 
2.5蓄电池主要技术参数（Main Technical Parameters of Storage Battery） 
2.6铅酸蓄电池工作原理与充电控制（Working principle and charging control of lead-acid batteries） 
2.7铅酸蓄电池充放电控制电路分析（Analysis of lead-acid battery charge and discharge control circuit） 
2.8离网光伏发电系统蓄电池配置容量基本公式计算（The basic formula of configuration capacity of off-grid photovoltaic power generation system battery is calculated） 
2.9离网光伏发电系统蓄电池配置容量其他公式计算（Calculation of off-grid photovoltaic power system battery capacity by other formulas） 
2.10光伏控制器功能及光伏控制器的基本工作原理 （The function of photovoltaic controller and the basic working principle of photovoltaic controller） 
2.11光伏阵列最大功率点（MPPT）控制技术（Photovoltaic array maximum power point tracking (MPPT) control technology） 
2.12光伏控制器主要技术参数（Main technical parameters of PV controller） 
2.13光伏控制器的选型（Selection of Photovoltaic Controller） 
2.14光伏逆变器功能和分类（Photovoltaic inverter function and classification） 
2.15光伏逆变器基本电路结构及工作原理（Basic circuit structure and working principle of photovoltaic inverter） 
2.16光伏逆变器主要技术参数（Main technical parameters of PV inverter） 
2.17 光伏逆变器选型（Selection of Photovoltaic Inverter） 
2.18雷电的概念、形式及危害（The concept  form and harm of lightning） 
2.19雷电的防护设备（Lightning protection equipment） 
2.20光伏发电防雷设计（Lightning Protection Design for Photovoltaic System） 
2.21光伏阵列支架的设计（Design of photovoltaic array support） 
某校园3.6kW离网光伏发电系统设计（Design of 3.6 kW off-grid photovoltaic system in a certain campus） 课时 
3.1离网光伏发电系统设计内容、原则及步骤（Design contents  principles and steps of off-grid photovoltaic system） 
3.2某校园3.6kW离网光伏发电系统设计（Design of 3.6 kW off-grid photovoltaic system in a certain campus） 
3.3 太阳辐照度气象数据获取（软件仿真）（Meteorological data acquisition of solar irradiance，Software simulation） 
3.4 3.6kW离网系统初步设计（软件仿真）（Preliminary design of 3.6kw off grid photovoltaic power generation system，Software simulation） 
3.5 3.6kW离网系统详细设计（软件仿真）（Detailed design of 3.6kw off grid photovoltaic power generation system，Software simulation） 
3.6 Pvsyst软件-系统损耗分析（软件仿真）（Pvsyst软件-系统损耗分析 
Pvsyst软件-系统损耗分析（Pvsys software -system loss analysis，Software simulation） 
3.7 离网光伏发电系统应用-可移动太阳能展示台（Application of off grid photovoltaic power generation system mobile solar display platform） 
3kW分布式光伏发电系统的设计（Design of 3KW distributed photovoltaic power generation system） 
4.1系统总体设计（Overall design of the system） 
4.2光伏组件选型（PV module selection ） 
4.3 组串式逆变器（Series inverter） 
4.4集中式逆变器（Centralized inverter） 
4.5 集中式逆变器VS组串式逆变器（Centralized inverter VS Series inverter） 
4.6微型逆变器（Miniature inverter） 
4.7逆变器选型（Inverter selection） 
4.8 系统安装（System installation） 
4.9系统运维（System operation and maintenance） 
10MW光伏发电系统的设计（ Design of the 10MW photovoltaic power generation system） 
5.1认识大型地面光伏电站（Get to know large-scale ground photovoltaic power plants） 
5.2光伏电站的选址（Site selection of photovoltaic power plants） 
5.3分布式光伏电站并网技术（Distributed photovoltaic power station grid-connected technology） 
5.4典型分布式光伏电站结构分析（Typical Distributed Photovoltaic Power Plant Structure Analysis） 
5.5典型集中式光伏电站结构分析（Typical centralized photovoltaic power station structure analysis） 
5.6 10MW光伏发电系统整体方案设计（verall scheme design of 10MW photovoltaic power generation system） 
5.7光伏组件的选型（Selection of photovoltaic modules） 
5.8光伏阵列排布设计（Photovoltaic array layout design） 
5.9直流汇流设计（DC bus design） 
5.10光伏并网逆变器的选型（Selection of photovoltaic grid-connected inverters） 
5.11交流配电柜的选型（Selection of AC power distribution cabinet） 
5.12光伏变压器的选型（Selection of step-up transformer） 
5.13计算机监控系统与防雷接地系统设计（Design of Computer Monitoring System and Lightning Protection Grounding System） 
5.14 10MW光伏发电系统设计过程（10MW photovoltaic power generation system design process） 
5.15光伏电站运维过程中的危险源识别（Identification of Hazardous Sources in the Operation and Maintenance of Photovoltaic Power Plants） 
5.16光伏电站运维管理体系（The operation and maintenance management system of photovoltaic power plants.）