国际学生人才培养方案
Talent Training Plan for International Students
一、 专业名称及代码
I. Major Name and Code
专业名称：新能源装备技术
Major: New Energy Equipment Technology
专业代码：460204 Major code: 460204
二、 入学要求
II. Admission Requirements
本专业的教学对象是母语为非汉语的外国人或海外华人华侨，普通高级中学毕业、中等职业 学校毕业或具备同等学力的学习者。
This major is intended for non-Chinese-speaking foreigners or overseas Chinese, ordinary senior high school graduates, secondary vocational school graduates or learners with equivalent educational background.
三、 修业年限
III. Length of Schooling
“2+1.5 年 ”，其中 2 年在乌汶技术学院，1.5 年在广西电力职业技术学院。
“2+1.5years”, including 2 years in Nakhon Ubonratchathani Technical College and 1.5 years in Guangxi Electrical Polytechnic Institute.
四、职业面向
IV. Career Orientation
职业岗位面向一览表
List of Occupational Posts
所属专业大类 Major Category （代码） (Code) |
所属专业类 Specialty （代码） (Code) |
对应行业 Corresponding Industry （代码） (Code) |
主要职业类别 Main Occupation Category |
主要岗位 类别 Main Post Category （或技术领 域）举例 (or Technical Field) Example |
职业资格（职业技能等 级）证书举例 Examples of Vocational Qualification (Vocational Skill Level) Certificate |
装备制造大类 Equipment manufacturing category （46） (46) |
机电设备类 Electromechanical equipment （4602） (4602) |
电力、热力生产和 供应业（44） Electric power, and thermal power production and supply industry (44) |
光伏发电运维值班员、 变配电运行值班员、电 厂电气值班员、维修电 工 Photovoltaic power generation operation and maintenance ( O&M) attendant, power transformation and distribution operation attendant, power plant electrical attendant, maintenance electrician |
设备运行 维护 Equipment O&M |
低压电工作业证 Low Voltage Electrician Operation Certificate 高压电工作业证 High Voltage Electrician Operation Certificate 光伏电站运维职业技 能证书（初/中级） Vocational skill certificate for photovoltaic power station O&M (Junior/Intermediate) |
职业岗位工作分析 Occupation Analysis
序 号 No. |
核心职业岗位 Core Occupation |
岗位主要工作内容 Main Work Content |
应具备岗位核心能力 Core Competence |
配套核心课程 Supporting Core Courses |
1 |
光伏电站设备 运行维护岗位 O&M post of photovoltaic power station equipment |
1. 负责电站设备运行 参数监视，电站设备的 巡视和检查； 1. Be responsible for monitoring the operation parameters of the power station equipment and inspecting the power |
1. 能完成电气设备运行参数的 监视和统计、巡视和检查、倒闸操 作； 1. Be able to monitor and process electrical equipment operating parameters, inspect, check and switch electrical equipment. 2. 能完成光伏电站设备的日常 |
光伏电站运维、风光互补 发电系统安装与调试 Photovoltaic power station O&M, installation and commissioning of wind-solar complementary power generation system |
序 号 No. |
核心职业岗位 Core Occupation |
岗位主要工作内容 Main Work Content |
应具备岗位核心能力 Core Competence |
配套核心课程 Supporting Core Courses |
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station equipment; 2. 负责设备定期维 护，及时消除设备缺陷； 2. Be responsible for regular maintenance of the equipment and prompt elimination of equipment failures; 3. 按照电力相关规程 操作系统设备，保证系 统的稳定运行。 3. Operate the system equipment according to the relevant regulations of electric power to ensure the stable operation of the system. 4. 填写各种记录表， 进行数据分析，提交各 类监控报告。 4. Fill in record forms, analyse data and submit monitoring reports. |
检修、排故、维护等工作，保障现 场设备安全、稳定的运行； 2. Be able to complete the routine overhaul, troubleshooting and maintenance of photovoltaic power station equipment to ensure the safe and stable operation of on-site equipment. 3. 能完成维护过程中相关故障、 隐患的排查、整改、处理，及相关 信息、资料的记录和收集工作； 3. Be able to complete the troubleshooting, rectification and handling of relevant faults and hidden dangers in the maintenance process, as well as the recording and collection of relevant information and data. 4. 能完成各种记录表填写，进行 数据分析，提交各类监控报告。 4. Be able to complete record forms,analyse data and submit monitoring reports. |
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五、 培养目标与培养规格
V. Training Objectives and Standards
（一） 培养目标
(I) Training Objectives
本专业的教学对象是母语为非汉语的外国人或海外华人华侨，具有中国情怀和国际视野，具 有良好人文素质、科学素质和社会责任感，精益求精、不断创新的工匠精神， 以及较强的就业能 力和可持续发展的能力，掌握本专业的基本知识和主要技术技能，面向电力生产和供应业行业的 光伏发电运维值班员等职业群，能够从事生光伏电站设备运行和维护的复合型、创新型高素质技 术技能人才。
This major is intended for foreigners who speak non-Chinese or overseas Chinese, who have love for China and international vision, good humanistic quality, scientific quality and social responsibility, craftsmanship spirit of continuous improvement and innovation, as well as strong employment ability and sustainable development ability, and master the basic knowledge and main technical skills of this major. It is for professional groups such as photovoltaic power generation O&M attendants for the power production and supply industry, and compound and innovative high-quality technical and skilled personnel who can engage in the photovoltaic power station equipment O&M.
（二） 培养规格
(II) Training Standards
本专业毕业生应在素质（文化素质、职业素质、身心素质）、知识（汉语基础知识和专业知 识）和能力（专业技术技能和终身学习、分析问题和解决问题的能力）等方面达到培养要求。
Graduates of this major should meet the training requirements in terms of quality (cultural quality, professional quality, physical and mental quality), knowledge (basic knowledge of Chinese and professional knowledge) and ability (professional technical skills and lifelong learning, problem analysis and problem solving ability).
六、 课程设置及要求
VI. Curriculum Setting and Requirements
课程分为公共基础课程和专业课程，课程性质分为必修课、选修课。
The curriculum includes public basic courses and major courses by content, and compulsory courses and optional courses by nature.
（一） 公共基础课程（课程设置见附表）
(I) Public Basic Courses (see the Attached Table for course setting)
（二） 专业课程
(II) Major Courses
专业课程包括专业基础课程、专业核心课程及职业拓展课程。
Major courses include basic courses, core courses and career development courses.
专业基础课程
Basic Major Courses
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
1 |
光伏发电技 术 Photovoltaic Power Generation Technology |
1.熟知太阳能光伏电池的结构参数； 1.Be familiar with the structural parameters of solar photovoltaic cells. 2.掌握太阳能光伏发电的基本原理、光伏 发电系统的组成； 2.Master the basic principles of solar photovoltaic power generation and the composition of photovoltaic power |
1.太阳能电池基本特性参数测 试； 1.Testing of basic characteristic parameter of solar cell. 2.太阳能光伏电池串并联与直接 负载测试； 2.Testing of series-parallel and direct load of solar photovoltaic |
1.教学时间要求:第三学 期； 1.Teaching time: the third semester. 2.教学形式: 讲授； 2.Teaching form: lecture. 3.课时要求:总课时 46 课 时。 |
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
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generation system. 3.能进行光伏发电系统的日常检查与维护 3.Be able to carry out routine inspection and maintenance of photovoltaic power generation system |
cell. 3.太阳能控制器工作原理测试； 3.Testing of working principle of solar controller. 4.逆变器原理测试； 4.Testing of inverter principle. 5.光伏离网系统测试 5.Testing of photovoltaic off-grid system |
3.Class hours: 46 class hours in total. 4.教室要求:普通多媒体 教室； 4.Classroom requirements: ordinary multimedia classroom. 5.考核要求：素质考核 20%+过程考核 30%+结 课考核 50% 5.Assessment requirements: 20% for quality assessment, 30% for performance assessment, 50% for course completion assessment |
2 |
电气运行技 术 Electrical Operation Technology |
学生能根据变电站运行方式和操作票制 度，正确完成电气设备的倒闸操作，能在 电气设备发生事故及故障后进行正确处 理。 Be able to correctly perform the switching operation of electrical equipment according to the operation mode and operation permit system of the substation, and correctly handle accidents and faults of electrical equipment. |
变电站的电气系统和主要电气设 备的运行、操作、维护及处理事 故的技术问题。并在模拟变电站 和仿真机上完成实习，使学生熟 悉变电站运行的正常操作，培养 学生基本操作技能。学习各种事 故的分析和处理方法，培养学生 综合运用专业知识的应变能力， 获得较复杂的操作技术和较复杂 的事故分析处理的能力。 Operation, maintenance and accident handling of electrical system and main electrical equipment of the substation. Internship on the simulated substation and simulator to get students familiar with the normal operation ofthe substation and |
1.教学时间要求:第三学 期； 1.Teaching time: the third semester. 2.教学形式: 讲授； 2.Teaching form: lecture. 3.课时要求:总课时 32 课 时。 3.Class hours: 32 class hours in total. 4.教室要求:实训室； 4.Classroom requirements: training room. 5.考核要求：素质考核 20%+过程考核 50%+结 课考核 30% 5.Assessment requirements: 20% for quality assessment, 50% for performance assessment, 30% for course completion assessment |
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
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cultivate their basic operation skills. Analysis and handling methods of various accidents to cultivate students' ability to comprehensively use professional knowledge, to master complex operation techniques, and analyze and handle accident. |
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专业核心课程
Core Major Courses
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
1 |
光伏电站运维 Photovoltaic Power Station O&M |
1.熟悉光伏电站主要设备； 1.Be familiar with the main equipment of photovoltaic power station. 2.掌握光伏电站运行与维护的方法， 事故分析及处理的应用。 2.Master the O&M methods of photovoltaic power station, and the application of accident analysis and handling. |
1.光伏电站主要设备和常见故障 1.Main equipment and common faults of photovoltaic power station 2.分布式并网电站的结构和组成 2.Structure and composition of distributed grid-connected power station 3.光伏电站运行与维护 3.Photovoltaic power station O&M 4.光伏电站监控系统 4.Photovoltaic power station monitoring system |
1.教学时间要求:第三学期； 1.Teaching time: the third semester. 2.教学形式: 讲授； 2.Teaching form: lecture. 3.课时要求:总课时 114 课时。 3.Class hours: 114 class hours in total. 4.教室要求:实训室； 4.Classroom requirements: training room. 5.考核要求：素质考核 20%+ 过程考核 50%+结课考核 30% 5.Assessment requirements: 20% for quality assessment, 50% for performanceassessment, 30% for course completion assessment |
2 |
风光互补发电系 统安装与调试 Installation and Commissioning of Wind-solar |
能够利用光伏系统设计软件平台根据 指定的项目需求，设计出合理的光伏 电站规划方案，经过模拟运行调整系 统参数，最终输出财务、分析文件、 设计方案、可行性报告；搭建光伏电 |
光伏电站规划设计；光伏电 站的安装接线、编程与调试；风 电场的安装接线、编程与调试； 编制组态界面对系统进行实时监 控等 |
1.教学时间要求:第三学期； 1.Teaching time: the third semester. 2.教学形式: 讲授+实践； 2.Teaching form: lecture + |
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
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Complementary Power Generation System |
站、风电场；能编制 PLC 程序进行调 试；能对风光互补发电系统保养与维 护；能在上位机编制界面对系统实时 监控 Be able to use the photovoltaic system design software platform to design a reasonable photovoltaic power station planning scheme according to the specified project requirements, adjust the system parameters through simulation operation, and finally output financial, analysis documents, design schemes and feasibility reports. Construct photovoltaic power station and wind farm. Be able to compile PLC program for commissioning, maintain wind-solar complementary power generation system, and monitor the system in real time via the upper computer programming interface. |
Planning and designing of photovoltaic power station; installation, wiring, programming and commissioning of photovoltaic power station; installation, wiring, programming and commissioning of wind farm; preparation of configuration interface to monitor the system in real time, etc. |
practice. 3.课时要求:总课时 114 课时。 3.Class hours: 114 in total. 4.教室要求:实训室。 4.Classroom requirements: training room. 5.考核要求: 学习态度 20%， 平时考核 50%，结果考核 30%。 5.Assessment requirements: 20% for learning attitude, 50% for daily performance and 30% for course completion assessment. |
职业拓展课程
Career Development Course
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
1 |
微电网技术 Microgrid Technology |
1.熟练掌握微电网供配电系统的构成。 1.Master the composition of microgrid power supply and distribution system. 2.掌握微电网系统的的负荷计算并会 进行简单的系统短路计算方法。 2.Master the load calculation of microgrid system and calculation of simple system short-circuit. 3.熟练掌握微电网系统安全操作规程 和工作规范。 3.Master the safety operation procedures and work specifications of microgrid system. |
1.微电网的基本工作原理； 1.Basic working principle of microgrid. 2.微电网的并网条件； 2.Grid connection conditions of microgrid. 3.分布式电源的发电调度； 3.Generation scheduling of distributed power supply. 4.微电网系统设计、安装、调 试； 4.Design, installation and commissioning of microgrid |
1.教学时间要求:第三学期； 1.Teaching time: the third semester. 2.教学形式: 讲授+实践； 2.Teaching form: lecture + practice. 3.课时要求:总课时 48 课时。 3.Class hours: 48 class hours in total. 4.教室要求:媒体教室+实训室； 4.Classroom requirements: media classroom + training room. 5.考核要求:平时考核 20%，平时 |
序号 No. |
课程名称 Course Name |
课程目标 Course Objectives |
主要内容及教学要求 Main Contents and Teaching Requirements |
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4.掌握微电网系统的日常维护项目并 会处理常见的故障。 4.Master the routine maintenance items of microgrid system and be able to handle common faults. 5.了解微电网的智能接入技术。 5.Understand the intelligent access technology of microgrid. |
system. 5.微电网系统的运行和维护。 5.Microgrid system O&M. |
成绩 40%，期末测试成绩 40%。 5.Assessment requirements: 20% for daily assessment, 40% for daily performance, and 40% for final test assessment. |
七、教学进程总体安排（见附表）
VII.General Arrangement of Teaching Process (see Attached Table)
八、实施保障
VIII.Implementation Guarantee
（一）师资队伍
(I) Faculty
本专业教师队伍共 17 人，专任教师（含专业带头人）9 人，具有双师素质的教师 7 人， 占比 41%；具有硕士及以上学位的教师 7 人，占比 41%；职称比例“正高级:副高级:中级:初级”的比例为： 1 ：4:11:1。
There are 17 teachers in this major: 9 full-time teachers (including professional leaders); 7 teachers with dual-teacher quality, accounting for 41%; 7 teachers with master's degree or above, accounting for 41%. The ratio of professional titles "senior: deputy senior: intermediate: junior" is 1:4:11:1.
（二）教学设施
(II) Teaching Facilities
1.专业理论教室均配有多媒体投影设备。
1.Major theory classrooms are equipped with multimedia projection equipment.
2.校内实训室：1）风光互补实训室；2）光伏电站运维实训室；3） 电工技术实训室。
2.On-campus training room: 1) Wind-solar complementary training room; 2) photovoltaic power station O&M training room; 3) electrical technology training room.
（三）教学资源
(III) Teaching Resources
数字资源配备的基本情况: Digital resource allocation:
1）《光伏电站运维》等混合式网络教学课程；2）虚拟仿真资源：光伏电站虚拟仿真实训系 统。
1)Operation and Maintenance of Photovoltaic Power Station and other hybrid network teaching courses; 2) virtual simulation resources: virtual simulation training system of photovoltaic power station.
（四）质量管理
(IV) Quality Management
1）专兼结合教学团队的制度保障；2）教学质量保障和监控体系建设保障。
1) Full-time and part-time teaching team system guarantee; 2) teaching quality guarantee and monitoring system construction guarantee.
（五）专业建设指导委员会
(V) Steering Committee for Major Development
本专业的专业指导委员会有 16 名专家组成，其中来自行业企业的专家 12 名，学院内部专家
4 名。
The steering committee of this major consists of 16 experts, including 12 from industry enterprises and 4 from the college.
（六）职业技能鉴定及成果认定置换
(VI) Vocational Skills Appraisal and Achievement Identification Replacement
选考职业资格证考核安排表
Examination Schedule for Vocational Qualification Certificate
序号 No. |
职业资格证 Vocational Qualification Certificate 名称 Name |
职业资格证 Vocational Qualification Certificate 等级 Level |
对应专业 Corresponding Major 课程名称 Course Name |
考证安排学期 Semester |
职业资格证 Vocational Qualification Certificate 学分 Credits |
I |
二 II |
三 III |
四 IV |
五 V |
六 VI |
2 |
光伏电站运 维 Photovoltaic Power Station O&M |
初级 Junior |
光伏发电技 术 Photovoltaic Power Generation Technology 、光伏电站运 维 Photovoltaic power station O&M |
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1.5 |
九、毕业要求
IX. Graduation Requirements
本专业学生必须达到以下条件，准予毕业，颁发国家承认的大专毕业证：
Students of this major who have met the following conditions could be approved to graduate with associate diploma:
1.学生在规定的修业年限内，完成本专业教学计划规定的所有必修课和指定范围内的选修课 的学习，通过考试（考核）取得至少 56 学分，其中必修课不少于 53 学分，选修课不少于 3 学分。 同时完成双方院校协商的认定课程课时和学分即可。
1.Students shall complete all compulsory courses specified in the teaching plan and optional courses within the specified scope, and obtain at least 56 credits through examinations (assessment), including at least 53 credits for compulsory courses and 3 credits for optional courses within the specified period of study. The requirement for class hours and credits agreed by both colleges should also be fulfilled.
2.符合高等职业学校学籍管理的相关规定。
2.Comply with the relevant regulations on student status management in higher vocational schools.
十、人才培养模式特色
X. Characteristics of Talent Training Mode
本人才培养方案以服务母语为非汉语的外国人或海外华人华侨在电力行业深造学习为出发 点，通过以工厂运行与设备检修技术人员等职业岗位工作过程为导向，调整、完善专业课程体系， 开发课程教学资源，结合行业职业岗位要求，制定出“岗课证赛创”的融合的人才培养模式。
Based on serving non-Chinese-speaking foreigners and overseas Chinese who want to study in the power industry, and guided by the working process of vocational posts such as plant operation and equipment maintenance technicians, this talent training program adjusts and improves the major course system, develops curriculum teaching resources, and formulates a talent training mode of "job, course, certificate, competition and innovation" according to the requirements of vocational posts.
附表
Attached Table
