课程门户-章节详情

太阳能光伏发电技术及应用|Solar Photovoltaic P...

1 课程教学文件|Teaching Documents
- 1.1 课程标准|Curriculum Standard
- 1.2 课程教案|Teaching Case
- 1.3 授课计划|Lesson Plan
- 1.4 1+X证书标准|Certificate Standard
- 1.5 中英双语版教材|Chinese-English Bilingual Textbooks
2 项目化教学PPT|Teaching Courseware
- 2.1 项目1 认知太阳能资源|Project 1 Cognition of Solar Energy Resources
- 2.2 项目2 选型太阳能光伏电池组件|Project 2 Selection of Solar Photovoltaic Cell Components
- 2.3 项目3 光伏控制器和逆变器|Project 3 Photovoltaic Controllers and Inverters
- 2.4 项目4 选型蓄电池和储能装置|Project 4 Selection of Battery and Energy Storage Device
- 2.5 项目5 设计太阳能光伏发电系统|Project 5 Design of Solar Photovoltaic Power Generation System
- 2.6 项目6 认识风能资源与风能利用|Project 6 Understanding Wind Energy Resources and Wind Energy Utilization
- 2.7 项目7 了解风力发电系统|Project 7 Understanding Wind Power Systems
- 2.8 项目8 选址风电场、选型及运行风电机组|Project 8 Site Selection of Wind Farm, Selection and Operation of Wind Turbines
- 2.9 项目9 了解分布式发电系统与微电网系统|Project 9 Understanding Distributed Generation Systems and Microgrid Systems
3 视频教学|Teaching Video
- 3.1 如何区分单晶硅和多晶硅电池组件|How to distinguish between monocrystalline silicon and polycrystalline silicon battery components
- 3.2 光伏电池组件的构成|The composition of photovoltaic cell components
- 3.3 光伏电池组件的电路模型|The circuit model of photovoltaic cell module
- 3.4 光伏电池特性测试的方法|The method of photovoltaic cell characteristic test
- 3.5 光伏电池组成方阵的原则|The principle of photovoltaic cells to form a square array
- 3.6 离网光伏发电系统的组成|The composition of off-grid photovoltaic power generation system
- 3.7 并网型光伏发电系统的组成|The composition of grid-connected photovoltaic power generation system
- 3.8 太阳能光伏实训台介绍|Introduction of solar photovoltaic training platform
- 3.9 太阳能光伏实训台开机操作流程|Solar photovoltaic training platform boot operation process
- 3.10 太阳能光伏实训台的四个任务|Four tasks of solar photovoltaic training platform
- 3.11 逆变器的作用|The role of inverter
- 3.12 不同逆变器效率对比|Efficiency comparison of different inverters
- 3.13 不同逆变器可靠性对比|Reliability Comparison of Different Inverters
- 3.14 不同逆变器高压危险对比|Comparison of high voltage risk of different inverters
- 3.15 微型光伏逆变器安装|Installation of micro photovoltaic inverter
- 3.16 分布式光伏发电MG动画|Distributed photovoltaic power generation MG animation
- 3.17 全国职业院校技能大赛：光伏电子工程的设计与实施设备介绍|Skills competition equipment introduction
- 3.18 晶体硅光伏电池的特性讲解|Explain the characteristics of crystalline silicon photovoltaic cells
- 3.19 集中型光伏发电系统直流侧的投运仿真讲解|Operation simulation explanation
- 3.20 光伏控制器的接线与调试示范讲解|The wiring and debugging demonstration explanation of photovoltaic controller
- 3.21 并网光伏电池组串的调试现场示范讲解|Debugging site demonstration of grid-connected photovoltaic battery string
- 3.22 光伏发电系统10kV开关柜|10kV switch cabinet
- 3.23 光伏发电系统低压断路器|Low-voltage circuit breaker
- 3.24 光伏发电系统低压配电线路|Low-voltage distributingline
- 3.25 光伏发电系统负荷开关|Load switch
- 3.26 光伏发电系统配电GIS系统|Distribution GIS system
- 3.27 光伏发电系统配电变压器|Distribution Transformer
- 3.28 光伏发电系统配电网防雷|Distribution network lightning protection
- 3.29 光伏发电系统线路接地|Line grounding
- 3.30 光伏发电系统柱上断路器|Column Breaker
- 3.31 集中型光伏电站组件与支架巡检|Inspection of components and brackets of centralized photovoltaic power station
- 3.32 组串型光伏电站组件与支架巡检|Inspection of photovoltaic power station components and brackets in series
- 3.33 直流汇流箱巡检|DC junction box inspection
- 3.34 交流汇流箱巡检|AC junction box inspection
- 3.35 组串式逆变器巡检|Group string inverter inspection
- 3.36 由“沙”到“电”的故事|The story from ' sand ' to ' electricity '
  - 3.36.1 PN结原理|The principle of PN junction
  - 3.36.2 太阳能辐射|Solar radiation
  - 3.36.3 光伏电池板的安装|Installation of photovoltaic panels
  - 3.36.4 光伏发电原理|Photovoltaic generation principle
  - 3.36.5 晶体硅光伏电池的生产|Production of crystalline silicon photovoltaic cells
  - 3.36.6 实操-光伏电子大赛设备操作1|Equipment platform composition explanation 1
  - 3.36.7 实操-光伏电子大赛设备操作2|Equipment platform composition explanation 2
  - 3.36.8 实操-光伏电子大赛设备操作3|Equipment platform composition explanation 3
  - 3.36.9 实操-光伏电缆头制作|Photovoltaic cable head production
  - 3.36.10 实操-光伏电站运维设备讲解1|Equipment platform explanation 1
  - 3.36.11 实操-光伏电站运维设备讲解2|Equipment platform explanation 2
4 课程思政案例资源|Course Ideological Case
- 4.1 大国工匠：于敏：“中国氢弹之父”，为祖国强盛奉献一生| "The Father of China's Hydrogen Bomb"
- 4.2 【大国工匠：程开甲：一生为国铸盾】| Devoting His Entire Life to Forging a Shield for the Country
- 4.3 【大国工匠：郑兴：巧手铸星船匠心舞九天】| Skillful Hands Forge Star Ships, Craftsmanship Dances in the Sky
- 4.4 【大国工匠：苏彦斌：19项专利见证“工匠】|19 Patents Bear Witness to the "Craftsman Spirit"
- 4.5 【大国工匠：亮丽内蒙古----“北疆工匠”邢岗】|Northern Frontier Craftsmen
- 4.6 【大国工匠：王开库：踏遍神州送光明】|Traveling across the land of China to bring light
- 4.7 【大国工匠：王进超、特高压带电检修技术】|Live maintenance technology for ultra-high and extra-high voltage
- 4.8 【大国工匠：电力十足的女劳模”徐川子】|A female model worker full of energy
- 4.9 【大国工匠：黄金娟：智能检定梦想成真】|The dream of intelligent verification has come true
- 4.10 【职业精神：用心点亮千万家-张黎明】|Light up millions of households with heart
- 4.11 【科学思维：中国现代物理研究的开创人之一-严济慈】|One of the pioneers of modern physics research in China
- 4.12 【科学思维：感动中国-赤子钱伟长】|Qian Weichang, the innocent son
- 4.13 【科学思维：《科学巨匠周培源》】|A scientific giant
- 4.14 分布式光伏发电前景可期】|The prospects for distributed photovoltaic power generation are promising
- 4.15 【科学思维：海南三沙：我国首个远海岛屿智能微电网建成】|China's first smart microgrid for a far-sea island
- 4.16 【新发展格局：乡村电气化惠农富民】|Rural electrification benefits farmers and enriches the people
- 4.17 【以史为鉴：《三峡工程》】|The Three Gorges Project
- 4.18 【大国工匠：最美职工胡洪炜】|The most beautiful employee
- 4.19 【大国工匠：顶级“验血师”朱洪斌：丹心未泯创新路】|With unwavering dedication, we forge an innovative path
- 4.20 【大国工匠：高压线上的舞者——闫旭东】|Dancers on high-voltage lines
- 4.21 【大国工匠：《铁塔雄鹰》赵文武】|Iron Tower Eagle
- 4.22 【大国工匠：陈国信：500千伏带电作业，变不可能为可能】|500-kilovolt live-line work turns the impossible into the possible
- 4.23 【大国工匠：夏德明：初心不变守安全】|Stay true to our original aspiration and ensure safety
- 4.24 【科学思维：曾鸣：中国风电一定会大规模、速度很快往前发展】|China's wind power industry is developing rapidly
- 4.25 【科学思维：发展生物质能源是大势所趋是决胜未来的关键】|The development of biomass energy is the key to winning the future
- 4.26 【科学思维：聚焦新能源新材料看新型工业新发展】|Look at the new development of new industries
- 4.27 新发展格局：“广西两会访谈”特别节目：聚焦脱贫攻坚基础设施建设|Focus on infrastructure construction for poverty alleviation
- 4.28 【科学思维：氢能源的广泛应用将推动中国成为世界最大氢能源和燃料|The wide application of hydrogen energy
- 4.29 新发展格局：产业第一线——聚焦新能源产业|Focus on the new energy industry
- 4.30 【科学思维：新型储能材料，储热能力是水的200倍，一场太阳能革命即将打响】|New energy storage materials
- 4.31 【科学思维：能源革命专家谈：实现煤炭清洁高效利用确保碳达峰】|Clean and efficient utilization of coal
- 4.32 【新发展格局：尽早实现碳达峰碳中和目标推动新时代能源事业高质量发展】|Achieve carbon peaking and carbon neutrality
- 4.33 【新发展格局：中国新能源汽车行业快速发展】|The new energy vehicle industry
- 4.34 法治中国：建设中国特色社会主义法治体系|The socialist legal system with Chinese characteristics
- 4.35 向第二个百年奋斗目标进军|March towards the second centenary goal
- 4.36 【科学思维：碳纤维复合材料制作飞机的优点】|Carbon fiber composite material
- 4.37 红旗渠精神|The spirit of the Hongqi Canal
- 4.38 《网络安全法》解读|Cybersecurity Law
- 4.39 新发展格局：美好生活消费新趋势|New trends in consumption
- 4.40 【四个自信：建设社会主义文化强国高端访谈】|A cultural power
- 4.41 【四个自信：典籍里的中国】|China in ancient books
- 4.42 【四个自信：永不消逝的电波】|The never-fading radio waves
5 拓展教学资料|Extended teaching materials
- 5.1 分布式光伏电站设计、建设与运维|Design, construction and operation and maintenance of distributed photovoltaic power stations
- 5.2 光伏培训之光伏组件详解|Photovoltaic module
- 5.3 太能光伏发电连接方式|Photovoltaic power generation connection methods
- 5.4 太阳能、光伏发电与控制技术|Photovoltaic power generation and control technology
6 技能大赛：光伏电子的工程设计与实施|Engineering design and implementation of photovoltaic electronics
- 6.1 光伏电子工程的设计与实施赛项规程|Competition Regulations
- 6.2 光伏电子工程的设计与实施赛题（样题）|Competition questions
7 技能大赛：风光互补发电系统安装与调试|Installation and commissioning of wind-solar hybrid power generation systems
- 7.1 风光互补发电系统安装与调试赛项规程|Competition Regulations
- 7.2 风光互补发电系统安装与调试赛项赛题（样题）|Competition questions
8 虚拟训练平台|Virtual training platform
- 8.1 万用表排故障|Use a multimeter to troubleshoot
9 光伏发电相关规范|Specification
- 9.1 GB 50797-2012 光伏发电站设计规范|Code for design of photovoltaic power station
- 9.2 GB_T 50795-2012 光伏发电工程施工组织设计规范（附条文说明）|Code for construction organization planning of photovoltaic power project
- 9.3 GB 19964-2012 光伏发电站接入电力系统技术规定|Technical Regulations for the Connection of Photovoltaic power stations to the power system
- 9.4 GBT 29196-2012 独立光伏系统技术规范|Technical specification for stand--Alone photovoltaic systems
- 9.5 GBT 29319-2012 光伏发电系统接入配电网技术规定|Technical requirements for connecting photovoltaic power system to distribution network
- 9.6 GBT 29321-2012 光伏发电站无功补偿技术规范|Technical specification for reactive power compensation of PV power station
- 9.7 GBT 50865-2013 光伏发电接入配电网设计规范|Code for design of photovoltaic genèration connecting to distribution network
- 9.8 光伏发电站施工规范GB50794-2012 |Coxde for construction PV power station
- 9.9 光伏系统并网技术要求GBT19939-2005|Technical requirements for grid connection of PV system
- 9.10 GBT 50796-2012 光伏发电工程验收规范|Acceptance Specifications for PV Generation Projects
10 任务实施表格|Task Implementation Form
- 10.1 项目1 任务实施表格|Project 1 Task Form
  - 10.1.1 任务1.1 任务实施表格|Project 1.1 Task Form
  - 10.1.2 任务1.2 任务实施表格|Project 1.2 Task Form
  - 10.1.3 任务1.3 任务实施表格|Project 1.3 Task Form
- 10.2 项目2 任务实施表格|Project 2 Task Form
  - 10.2.1 任务2.1 任务实施表格
  - 10.2.2 任务2.2 任务实施表格
  - 10.2.3 任务2.3 任务实施表格
  - 10.2.4 任务2.4 任务实施表格
  - 10.2.5 任务2.5 任务实施表格
  - 10.2.6 任务2.6 任务实施表格
- 10.3 项目3 任务实施表格|Project 3 Task Form
  - 10.3.1 任务3.1 任务实施表格
  - 10.3.2 任务3.2 任务实施表格
  - 10.3.3 任务3.3 任务实施表格
- 10.4 项目4 任务实施表格|Project 4 Task Form
  - 10.4.1 任务4.1 任务实施表格
  - 10.4.2 任务4.2 任务实施表格
  - 10.4.3 任务4.3 任务实施表格
  - 10.4.4 任务4.4 任务实施表格
- 10.5 项目5 任务实施表格|Project 5 Task Form
  - 10.5.1 任务5.1 任务实施表格
  - 10.5.2 任务5.2 任务实施表格
  - 10.5.3 任务5.3 任务实施表格
  - 10.5.4 任务5.4 任务实施表格
  - 10.5.5 任务5.5 任务实施表格
  - 10.5.6 任务5.6 任务实施表格
- 10.6 项目6 任务实施表格|Project 6 Task Form
  - 10.6.1 任务6.1 任务实施表格
  - 10.6.2 任务6.2 任务实施表格
- 10.7 项目7 任务实施表格|Project 7 Task Form
  - 10.7.1 任务7.1 任务实施表格
  - 10.7.2 任务7.2 任务实施表格
  - 10.7.3 任务7.3 任务实施表格
  - 10.7.4 任务7.4 任务实施表格
  - 10.7.5 任务7.5任务实施表格
  - 10.7.6 任务7.6 任务实施表格
  - 10.7.7 任务7.7 任务实施表格
- 10.8 项目8 任务实施表格|Project 8 Task Form
  - 10.8.1 任务8.1 任务实施表格
  - 10.8.2 任务8.2 任务实施表格
  - 10.8.3 任务8.3 任务实施表格
  - 10.8.4 任务8.4 任务实施表格
- 10.9 项目9 任务实施表格|Project 9 Task Form
  - 10.9.1 任务9.1 任务实施表格
  - 10.9.2 任务9.2 任务实施表格
11 习题与练习|Exercises and Practices
- 11.1 单项选择题一|Single-choice question one
- 11.2 单项选择题二|Single-choice question two
- 11.3 单项选择题三|Single-choice question three
- 11.4 判断题一|True or False Question One
- 11.5 判断题二|True or False Question Two
- 11.6 判断题三|True or False Question Three
- 11.7 多项选择题|Multiple-choice questions
- 11.8 问答题|Short-answer questions
12 拓展练习|Extended Practice
- 12.1 拓展练习任务清单|Task list for extended practice
13 知行链接站|Zhi Xing Link Station
- 13.1 项目1 中国新能源发电发展现状|Project 1: The Current Development Status of New Energy Power Generation in China
- 13.2 项目2 中国光伏组件：制造规模与技术迭代引领全球|Project 2: Chinese Photovoltaic Modules: Leading the World in Manufacturing Scale and Technological Iteration
- 13.3 项目3 中国逆变器产业的崛起之路|Project 3: The Rise of China's Inverter Industry
- 13.4 项目4 我国储能产业发展与成就|Project 4: Development and Achievements of China's Energy Storage Industry
- 13.5 项目5 中国光伏发电发展与成就概述|Project 5: Overview of the Development and Achievements of Photovoltaic Power Generation in China
- 13.6 项目6 风能：古老能源的现代新篇|Project 6: Wind Energy: A Modern New Chapter of Ancient Energy
- 13.7 项目7 中国风力发电产业的崛起|Project 7: The Rise of China's Wind Power Generation Industry
- 13.8 项目8 我国风力发电的发展与成就|Project 8: The Development and Achievements of Wind Power Generation in China
- 13.9 项目9 我国分布式发电与微电网的发展与成就|Project 9: The Development and Achievements of Distributed Generation and Microgrids in China

不同逆变器高压危险对比|Comparison of high voltage risk of different inverters

Comparison of high voltage risk of different inverters

集中型、组串型、微型三种逆变器的高压危险性对比分析

图片预览