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| 內容簡介： |
本书是职业教育双语教材之一，由鲁班工坊主要建设单位天津轻工职业技术学院新能源类专业群教师团队，以鲁班工坊设备为载体，参照国家新能源专业相关教学标准编写而成。來源：香港大書城megBookStore,http://www.megbook.com.hk
本书主要内容包括光伏、风力发电技术与应用，风光互补发电系统结构与存储，风力发电与功率跟踪技术，风光互补发电系统逆变器应用技术，风光互补发电实训系统应用等。书中印有二维码，配套有教学资源和视频。
本书可作为鲁班工坊的教学与培训用书，亦可作为职业院校光伏发电技术与应用、风力发电技术等新能源类专业教材。
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| 目錄：
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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 Cells
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 Inverters Parameter Setting and
Electric Power Qualitys 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
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| 內容試閱：
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为扩大与沿线国家的职业教育合作，贯彻落实天津市启动实施的将优秀职业教育成果输出国门与世界分享计划的要求，职业教育作为与制造业联系最紧密的一种教育形式，正在发挥着举足轻重的作用。根据共建鲁班工坊的合作意向，首批印度来华培训教师在天津参加了印度鲁班工坊EPIP师资研修班，开展了为期一个月的师资培训。在印度建立的鲁班工坊为印度新能源企业和当地的中国企业培养急需的技术技能人才，实现优质资源共享。为了配合印度鲁班工坊的理论和实训教学，开展交流与合作，提高中国职业教育的国际影响力，创新职业院校国际合作模式，输出我国职业教育优秀资源，课题组编写了《风光互补发电技术》。
教材采用了项目导向、任务驱动的理念，构建光伏发电技术和风力发电技术基础知识与实际仿真系统实训相结合的课程内容，项目一 光伏、风力发电技术与应用由三个任务组成，着重对光伏发电技术的基础知识、测量技术、应用技术进行学习，对风力发电系统的基础知识、整体结构、变桨系统、液压系统等进行学习，并可以通过仿真系统进行实训。项目二
风光互补发电系统结构与存储，由四个任务组成，掌握风光互补发电系统理论基础、追日跟踪理论与实操、组件伏安特性测试技术、组件与蓄电池选择方法。项目三 风力发电与功率跟踪技术，由两个任务组成，学习风力机特性仿真方法、阵列最大功率跟踪算法。项目四
风光互补发电系统逆变器应用技术，由三个任务组成，学习组网理论及离网逆变器使用、并网逆变器应用以及并网逆变器参数设置与电能质量分析方法。项目五 风光互补发电实训系统应用，由四个任务组成，学习光伏发电系统、互补发电系统运行与调试技术理论与实际操作，能源监控管理系统组态设计的两种方法。
本教材由李云梅、刘靖主编，戴裕崴主审，王春媚、赵元元、丁玮、沈洁、李良君、皮琳琳、刘迪、Sankaramoorthy
Rengaraj参加了编写工作。刘靖进行了框架设计和整体汇稿，李云梅对整体框架和全部内容进行了审核把关，并对英文部分章节进行了专业词汇的修订工作。刘靖、赵元元、李良君编写项目一，李云梅、沈洁、丁玮编写项目二，李云梅、刘靖编写项目三，刘靖、皮琳琳、刘迪、王春媚编写项目四和项目五。Sankaramoorthy Rengaraj复核全部实训任务的过程。
限于编者水平，书中定有不少疏漏之处，恳请读者批评指正。
编者
2017年4月
In order to enlarge the vocational educational cooperation with countries along
the boundary and meet the demand of outputting excellent vocational
performances abroad and sharing plans with the world，vocational
education becomes more and more important being the form of education most close
to manufacture industry.According to cooperative in inative of co-establishing Luban Workshop，the first group of Indian
teachers attended training class for IndianLuban Workshop EPIP teaching staff and
received one-month training.Luban Workshop established in India trains needed
technological talents for Indian new energy enterprises and local Chinese
enterprises and realizes co-sharing of excellent resources.In order to match up
with theory and training teaching ofLuban Workshop，develop communication and cooperation，improve
international influence of Chinese vocational education，innovate international cooperation module of vocational institutes
and output domestic vocational educational resources，the
task group compiled the textbook of Wind and Solar Hybrid Generation
Technology.
The textbook adopts the theory of project orientation and task driving，combining the theory of photovoltaic power and wind generation
technology with simulation system training.The Project One themed with
photovoltaic power and wind generation technology and application consists of
three tasks，focusing on fundamental knowledge，measuring technology and application of photovoltaic power
generation technology，fundamental knowledge，integral structure，variable slurry system and
hydraulic system of wind generation system and practice of simulation
system.The Project Two themed with structure and storage of wind and solar
hybrid generation system consists of four tasks which are mastering fundamental
theories，sun tracking theory and practice，testing technology of components volt-ampere characteristic and
selection ways of components and storage battery.The Project Three themed with
wind generation and power tracking technology which includes two tasks, one of
which is to learn simulation methods of wind machine characteristics and the
other is to grasp tracking calculation of array maximum power.The Project Four
themed with inverter application technology of wind and solar hybrid generation
system consists of three tasks which are learning network theory and offnet
inverter application，grid-connected inverter
application and parameter setting and electric energy quality analysis methods
of grid-connected inverters.The Project Five is the application of solar and
wind hybrid generation training system which includes four tasks to learn
photovoltaic power Generation Systems，operation and
debugging technology theory and practice of solar and wind hybrid generation
system and two methods of configuration design of energy monitoring and management
system.
The book is chief compiled by Li Yunmei，Liu Jing and
Wang Chunmei，Zhao Yuanyuan，Ding
Wei，Shen Jie，Li Liangjun，Pi Linlin，Liu Di and Sankaramoorthy Rengaraj
take part in compiling the book，among which Liu Jing is
responsible for frame desian and illustrating draft and Li Yunmei checking the
whole contents.Liu Jing，Zhao Yuanyuan and Li Liangjun
compiled the Project One，Li Yunmei，Shen Jie and Ding Wei the Project Two，Li
Yunmei and Liu Jing the three，Liu Jing，Pi Linlin，Liu Di and Wang Chunmei the forth
and fifth projects，and Sankaramoorthy Rengaraj
integrates and checks the whole training tasks.
Part of this book refers to relative literature which will not be listed one by
one.Express thanks to all writers of reference.
Limited by level and time，there may be some omissions
and mistakes.Criticism and advice from readers are welcome.
editor
April, 2017
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