Construction and thinking of energy storage discipline system

doi:10.19799/j.cnki.2095-4239.2021.0515

Abstract

Abstract:

The proposal of the "dual carbon" goal has accelerated the transition of my country's energy structure from traditional fossil energy to renewable energy, but the high penetration rate of renewable energy power generation has brought many problems to the power system, and the solution of these problems has given birth to energy storage technology. This paper first introduces the development status of China's energy storage technology. With the encouragement of China's policies and industrial demand, the energy storage industry is developing rapidly, and in accordance with current policy guidance and requirements, energy storage technology still has huge room for development. However, this will inevitably lead to a more prominent shortage of energy storage technology professionals. Secondly, this paper elaborates on the current status of China's energy storage discipline construction. In order to alleviate the pressure of the shortage of energy storage talents, major universities in China are actively planning to apply for energy storage majors, and 26 universities have added the majors of "Energy Storage Science and Engineering". Finally, in the context of the new engineering discipline, this paper puts forward a conception of the construction of an energy storage discipline system, focusing on the goal of cultivating industrial applied talents in the energy storage field, following the talent training ideas of the three dimensions of quality, knowledge, and ability, following the theme of "interdisciplinary integration" curriculum design. Build a curriculum system for the energy storage subject, and propose a talent training model that combines school-enterprise integration, integration of science and education, and 5+4+1 assessment. To achieve a breakthrough in the energy storage discipline "from 0 to 1", we are committed to cultivating "high-quality, strong foundation, and innovative" outstanding talents in the energy storage industry.

Key words: energy storage, discipline construction, curriculum system, talent training model

CLC Number:

TK 02

Jianlin LI, Zhonghao LIANG, Li WANG. Construction and thinking of energy storage discipline system[J]. Energy Storage Science and Technology, 2022, 11(5): 1667-1676.

Figures/Tables 10

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时间	地区	政策文件	主要内容
2020年4月	山西	《关于2020年拟新建光伏发电项目的消纳意见》	建议新增光伏发电项目应统筹考虑具有一定用电负荷的全产业链项目，配备15%～20%的储能
2020年11月	贵州	《关于上报2021年光伏发电项目计划的通知》	在送出消纳受限区域，计划项目需配备10%的储能设施
2021年4月	山东	《关于开展储能示范应用的实施意见》	新增集中式风电、光伏发电项目，原则上按照不低于10%比例配建或租赁储能设施，连续充电时间不低于2 h
2021年6月	河北	《关于做好2021年风电、光伏发电开发建设有关事项的通知》(征求意见稿)	在光伏保障性项目竞争配置方面，项目前期工作占比最高为45%，其中土地落实与支持性文件占比为35%，储能配置方面占比10%，组件与逆变器的技术先进性占比10%

序号	学校	省份	专业名称	专业代码	学位授予门类/学制
1	西安交通大学	陕西	储能科学与工程	080504T	工学/四年
2	北京科技大学	北京	储能科学与工程	080504T	工学/四年
3	华北电力大学	北京	储能科学与工程	080504T	工学/四年
6	中国石油大学(北京)	北京	储能科学与工程	080504T	工学/四年
4	重庆大学	重庆	储能科学与工程	080504T	工学/四年
5	西南石油大学	四川	储能科学与工程	080504T	工学/四年
7	天津大学	天津	储能科学与工程	080504T	工学/四年
8	中国矿业大学	江苏	储能科学与工程	080504T	工学/四年
9	厦门大学	福建	储能科学与工程	080504T	工学/四年
10	山东大学	山东	储能科学与工程	080504T	工学/四年
11	中国石油大学(华东)	山东	储能科学与工程	080504T	工学/四年
12	华中科技大学	湖北	储能科学与工程	080504T	工学/四年
13	武汉理工大学	湖北	储能科学与工程	080504T	工学/四年
14	哈尔滨工业大学	黑龙江	储能科学与工程	080504T	工学/四年
15	河北建筑工程学院	河北	储能科学与工程	080504T	工学/四年
16	辽宁科技大学	辽宁	储能科学与工程	080504T	工学/四年
17	沈阳工程学院	辽宁	储能科学与工程	080504T	工学/四年
18	东北电力大学	吉林	储能科学与工程	080504T	工学/四年
19	上海理工大学	上海	储能科学与工程	080504T	工学/四年
20	南京工程学院	江苏	储能科学与工程	080504T	工学/四年
21	江苏理工学院	江苏	储能科学与工程	080504T	工学/四年
22	福州大学	福建	储能科学与工程	080504T	工学/四年
23	福建师范大学	福建	储能科学与工程	080504T	工学/四年
24	长沙理工大学	湖南	储能科学与工程	080504T	工学/四年
25	青海大学	青海	储能科学与工程	080504T	工学/四年
26	大理大学	云南	储能科学与工程	080504T	工学/四年

教材名称	作者	出版社	出版年份
锂电池基础科学	李泓	化学工业出版社	2021年12月
全钒液流电池储能系统建模与控制技术	李鑫、李建林、邱亚等	机械工业出版社	2020年11月
电池储能系统调频技术	李建林、黄际元、房凯等	机械工业出版社	2018年9月
大规模储能技术	李建林、惠东、靳文涛等	机械工业出版社	2016年7月
储能技术发展及路线图	陈海生、吴玉庭等	化学工业出版社	2020年10月
电力储能技术及应用	华北电力大学	机械工业出版社	2020年3月
储能技术及应用	丁玉龙、来小康、陈海生等	化学工业出版社	2018年7月

储能专业课程体系
课程分类	基础课程			专业必修课		专业选修课	公共选修课	实践课程
课程分类	公共基础课		工程基础课	专业基础课	工程专业课	专业选修课	公共选修课	实验课程	工程实践	毕业设计
课程内容	思想政治类		工程制图及CAD基础	电机学	水轮机	智能电网与能源互联网中的储能应用	文化素质类	材料科学基础实验	与储能相关企业合作，按照储能类型不同分为不同的研究方向，形成不同的实训基地	与储能相关企业合作，完成储能产业链中某一环节的研究与设计
	大学体育		C语言程序设计	电力电子技术	工程流体力学	储能经济性分析及商业运营模式	人文社科类	电力电子实验
	军事理论		仿真技术与应用	电力系统分析基础	工程热力学	风光储一体化系统与控制	公共艺术类	控制类实验
	大学生心理健康		自动控制理论	新能源与储能技术基础	传热学	电气图识读	……	储能系统建模与仿真实验
	数学	高等数学	电路	大规模储能技术	汽轮机	电能质量分析与控制		智慧能源网综合实验
		线性代数	电磁场	人工智能	新能源发电与并网	电器设备检测与诊断		……
		概率论与数理统计	模拟电子技术基础	计算机技术	能源动力测试技术	电气控制技术与PLC
		复变函数与积分变换	数字电子技术基础	现代控制理论	储能系统建模与仿真	直流输电技术
	大学物理			超导电工理论	储能应用与系统集成技术	飞轮储能技术及应用
	大学英语			材料科学基础	储能工程管理	压缩空气原理与工程应用
				电力系统继电保护	储能系统容量配置	……
				电力经济技术与分析	储能功率变换与并网技术
				能源互联网	……
				专业英语
				……

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