项目一光伏、风力发电技术与应用1
任务一太阳能电池片的能量转换1
任务二太阳能电池电流-电压曲线应用技术5
任务三了解风力发电技术8
项目二风光互补发电系统结构与存储16
任务一掌握风光互补发电系统与结构16
任务二太阳能电池板追日跟踪方法31
任务三光伏组件伏安特性测试技术37
任务四太阳能电池组件与蓄电池选择方法42
项目三风力发电与功率跟踪技术49
任务一风力机特性仿真方法49
任务二光伏阵列最大功率跟踪技术54
项目四风光互补发电系统逆变器应用技术61
任务一离网型逆变器使用方法61
任务二并网型逆变器应用技术实训66
任务三并网逆变器参数设置与电能质量分析方法69
项目五风光互补发电实训系统应用74
任务一光伏发电系统运行与调试技术74
任务二最大功率跟踪系统运行与调试技术78
任务三能源监控管理系统组态设计方法182
任务四能源监控管理系统组态设计方法287
附录93
附录一实训记录表93
附录二International Standard 61215 95
参考文献97
Project One Photovoltaic Power Generation Technology and Application1
Task 1 The Energy Conversion of Solar Cells1
Task 2 Application Technology of Solar Cell’s Current-Voltage Curve6
Task 3 About Wind Power Technology9
Project Two Structure and Storage of Wind-Solar Hybrid Generation System18
Task 1 Wind-solar Generation System and its Structure18
Task 2 Solar Panel Tracking Method33
Task 3 Volt-amphere of PV module Characteristic Test40
Task 4 Selection of Solar Panel and Battery46
Project Three The Wind Generation and Power Tracking Technology55
Task 1 Wind Turbine Characteristic and Simulation Methods55
Task 2 The maximum power tracking technology of the photovoltaic array60
Project Four The Application Technology of Wind and Solar Hybrid Generation System Inverter68
Task 1 The Application of Off-grid Inverter68
Task 2 The Training of Grid-connected Inverter Application Technology74
Task 3 Grid-connected Inverter’s Parameter Setting and Electric Power Quality’s nalyzing Method78
Project Five The Application of Wind and Solar Hybrid Generation Training System85
Task 1 The Operation and Debugging Technology of Wind and Solar Hybrid Generation Systems85
Task 2 The Operation and Debugging Technology of Maximum Powertracking System90
Task 3 Configuration Design Method Ⅰ of Energy Monitoring and Management System94
Task 4 Configuration Design Method Ⅱ of Energy Monitoring and Management System100
Appendix106
Appendix Ⅰ Traning Note List106
Appendix Ⅱ INTERNATIONAL STANDARD 61215 108
Reference109
精品教材 更多
