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风能与动力工程专业人才培养方案

Undergraduate Program for Wind Energy & Power Engineering Major

学科门类 工学 代码 08 Discipline Type: Engineering Code: 08 类 别 能源动力类 代码 0805 Type: Energy & Power Engineering Code: 0805 专业名称 风能与动力工程

代码 080507s

Title of the Major: Wind Energy & Power Engineering Code: 080507s

一、学制与学位 Length of Schooling and Degree

学制：四年 Duration：Four years

学位：工学学士 Degree：Bachelor of Engineering

二、培养目标 Educational Objectives

本专业培养基础扎实，知识面宽，具有较强的实践能力和良好的发展潜力的高级专门人才。学生毕业后能够从事风电场的规划、设计、施工、运行与维护，风力发电机组设计与制造，风能资源测量与评估，风力发电新技术开发等风能与动力工程专业的技术与管理工作，并能从事其它相关领域的专门技术工作。

The students of this major are educated into professionals with strong foundations, broad knowledge scopes, strong practical capabilities and great potentials. The graduates may find engineering or managerial positions in Wind Energy & Power Engineering (WEPE) for wind power plant planning, design, construction, operation and management, Wind Turbine Generator System design and manufacturing, wind resources measurement and assessment, wind power New technology design, etc. They can also undertake the professional posts in other fields.

三、专业培养基本要求 Skills Profile

本专业主要学习流体、机械、电气等学科的基础理论，学习风资源测量与评估、空气动力学、机械设计与制造、自动控制的理论和技术，接受现代风力发电专业工程师的基本训练，使学生具有进行风电机组及风电场的设计、制造、运行、试验研究、项目投资与管理的基本能力，一定的创新能力，较强的实践能力和良好的发展潜力。 毕业生应获得以下几方面的知识和能力：

1、具有扎实的自然科学基础，良好的政治理论基础，较好的人文、艺术、社会科学基础和正确运用本国语言、文字的表达能力；

2、较系统地掌握本专业领域宽广的专业基础知识，主要包括工程力学、工程图学、空气动力学、机械设计、电工学、控制理论、管理学等基础知识；

3、具有本专业领域所必须的专业知识，如风力发电原理、风电机组设计与制造、风电场电气部分、风电场运行与控制、风力发电项目开发等，了解本学科发展趋势；

4、掌握一门外语，具有听、说、写、译的基础，能顺利阅读本专业外文书刊； 5、具有较强的计算机应用能力；

6、熟悉国家关于风力发电工程建设和管理的方针、政策和法规；

7、掌握文献检索、资料查询的基本方法，具有较强的自学能力、研究开发能力、创新意识、组织管理能力和较高的综合素质。

Students are required to master the fundamental theories in fluid, mahinery, electrics, etc. They should study the theories and technologies in wind resources mearument and assesment, aerodynamics, mechanical design and manufacturing, and automatic control. They should also receive basic training for modern wind power professional engineers with the basic abilities for the design, manufacturing, operation, testing, project investment and management of Wind Turbine Generators System(WTGS) and Wind Power Plant, with certain innovation abilities, strong practical abilities and large potential.

The required knowledge and ability for the graduates as follows:

1.Solid foundations in natural science, basic knowledge on politics, literature, art, social science, and the ability to express correctly in native language.

2.Systemic understanding of foundamental knowledge of this major, including engineering mechanics, engineering drawing, airdynamics, mechanical design, Electrotechnics, control theory, management, etc.

3.Systemic understanding of the professional knowledge of WEPE, including Principle of Wind Power Generation, Monitoring and Control of WTGS, Design and Manufacturing of WTGS, Electrical Engineering in Wind Power Plant, Wind Power Plant, Wind Power Project Management, etc. Understanding the development trend of WEPE.

4.One foreign language with basic abilities of listening, speaking, writing and translation, and the ability of reading the professional literatures without difficulties;

5.Strong ability of using computers.

6.Familiar with the policies and codes concerning the construction and management of the wind power engineering in China.

7.Basic skills for literature and information search, strong selflearning

ability, innovation consciousness, ability of organizing and management, and high comprehensive diathesis.

四、学时与学分

Hours and Credits

总学分：197.5 Total Credits：197.5 理论教学总学时：2398 Total Hours of Course： 2398 其中 Including：

（1）必修课学时/学分：2030/ 127.5 占课程学分的比例：84.7% Class Hrs/Crs of Required Course：2030/ 127.5 Percentage in Courses Credits：84.7% （2）专业选修课学时/学分：208/ 13 占课程学分的比例：8.6% Class Hrs/Crs of Electives in Specialty：208/ 13 Percentage in Courses Credits：8.6% （3）公共选修课学时/学分：160/ 10 占课程学分的比例：6.7% Class Hrs/Crs of Public Electives：160/ 10 Percentage in Courses Credits：6.7% （4）单独开设的实践教学环节：44 占总学分的比例：22.2% Crs of Main Practical Training：44 Percentage in Total Credits：22.2% （5）课外能力素质学分：3 Extracurricular Credits：3

五、专业主干课程 Main Courses

工程图学、理论力学、材料力学、风力机空气动力学、电路、电机学、电子技术基础、自动控制理论、金属工艺学、机械设计基础、机械制造技术基础、风力发电原理、风

电机组设计与制造、风电机组检测与控制、风电场电气工程、风力发电场等。

Engineering Drawing, Theoretical Mechanics, Mechanics of Materials, Aerodynamics of Wind Turbine, Circuit Theory，Electrical Machinery, Fundamentals of Electronics，Automatic Control Theory , Metal Technology, Fundamentals of Machinery Design, Fundamentals of Machinery Manufacturing, Principle of Wind Power Generation, Design and Manufacturing of WTGS, Monitoring and Control of WTGS, Electrical Engineering in Wind Power Plant, Wind Power Plant, etc.

六、特色教学课程 Characteristic Courses in Teaching 风力机空气动力学 Aerodynamics of Wind Turbine 风电机组设计与制造 Design and Manufacturing of WTGS 风力发电场 Wind Power Plant

风电场建模与仿真 Modeling and Simulation for Wind Power Plant

七、总周数分配

Arrangement of the Total Weeks

总 周 数 分 配

Arrangement of the Total Weeks 一 二 三 四 五 六 七 八 合计 学期Semester 教学环节 Teaching Program 理论教学 Theoretic Teaching 复习考试 Review and Exam 集中进行的实践环节 Intensive Practical Training 小 计 Subtotal 寒 假 Winter Vacation 暑 假 Summer Vacation 合 计 Total 16 1 3 20 5 25 16 2 2 20 6 26 17 2 2 21 5 26 16 2 2 20 6 26 16 2 3 21 5 26 16 2 2 20 6 26 15 2 4 21 5 26 19 19 19 112 13 37 162 20 18 200