International Summer School on New Energy Conversion Principles and Technologies

July 17-19, 2026，Xi’an, China

1. 课程简介

在全球能源需求持续攀升、生态环境挑战日益严峻的背景下，新能源的开发利用已成为各国高度关注的战略议题。我国明确提出“碳达峰、碳中和”目标，能源结构绿色转型势在必行，新能源产业在重塑能源体系、降低化石依赖中肩负着关键使命。为回应这一时代召唤，西安交通大学绿色氢电全国重点实验室（原动力工程多相流国家重点实验室）将于2026年7月17日至19日，在西安交通大学举办“新能源转化原理与技术”国际暑期学校。

本届暑期学校旨在构建一个高起点、国际化的学术交流平台，面向新能源学科青年学子，聚焦前沿科学问题与关键技术突破，系统梳理当前世界能源科技的发展脉络与未来趋势。课程内容紧贴国际研究前沿，直面重大科学命题，力求帮助学员拓宽全球视野、厚植学术底蕴、锤炼科研能力，同时激发创新思维与实践潜能，为未来能源领域的引领者播撒思想火种。

本次暑期学校特邀丹麦科技大学Qingfeng Li院士、法国艾克斯马赛大学Andrei Kabashin教授、希腊帕特雷大学Thrasyvoulos Panidis教授等海内外知名高校新能源领域权威教授与青年学术翘楚联袂授课，汇聚多国学脉精粹，为学员奉上一场思想交锋与智慧交融的学术盛宴。

2. 授课内容：

本届“新能源转化原理与技术”国际暑期学校，立足学术前沿，精心构建了融基础理论与尖端技术、传统学科与交叉创新于一体的系统性课程体系。课程涵盖氢能全链条、先进能源材料、环境可持续技术及智慧能源系统等关键方向。氢能与碳中和基石、先进电化学能源系统、环境与能源交叉前沿、新型能源转化技术、储能与热管理、前沿材料创新、风能利用基础和智慧能源系统。

3. 课程申请

招生目标：面向西安交通大学研究生(线上学习)。

报名截止日期：2026年7月11日

授课语言：英语

学生待遇：全程参与课程且作业考核合格者可获得西安交通大学相关学习认证证书。

QQ管理群：XJTISS New Energy(397751815)

报名注册链接：https://v.wjx.cn/vm/hFwczOu.aspx#

报名注册二维码：

英文简介

1. Course introduction

Against the backdrop of continuously rising global energy demand and increasingly severe ecological and environmental challenges, the development and utilization of new energy have become strategic priorities of paramount concern to nations worldwide. China has unequivocally set forth its ambitious goals of achieving "carbon peaking" and "carbon neutrality," rendering the green transformation of its energy structure an imperative of our time. The new energy industry thus bears a critical mission in reshaping the energy framework and reducing dependence on fossil fuels. In response to this call of the era, the State Key Laboratory of Green Hydrogen and Electricity (formerly the State Key Laboratory of Multiphase Flow in Power Engineering) at Xi'an Jiaotong University will host the International Summer School on “New Energy Conversion Principles and Technologies” from July 17 to 19, 2026, at Xi'an Jiaotong University.

This summer school is designed to establish a high-caliber, internationalized academic exchange platform tailored for young scholars in the field of new energy. With a sharp focus on cutting-edge scientific questions and pivotal technological breakthroughs, the program systematically delineates the current landscape and future trajectories of global energy science and technology. The curriculum is rigorously aligned with international research frontiers and grapples with major scientific challenges, striving to broaden participants' global perspectives, deepen their scholarly foundations, and hone their research capabilities. At the same time, it seeks to ignite innovative thinking and strengthen practical problem-solving skills, sowing the seeds of intellectual leadership for tomorrow's energy pioneers.

The summer school proudly brings together a distinguished faculty of renowned professors and emerging academic stars in the new energy sector from leading universities and research institutions around the globe, including Professor Qingfeng Li from the Technical University of Denmark, Professor Andrei Kabashin from Aix-Marseille University in France, Professor Thrasyvoulos Panidis from the University of Patras in Greece, alongside other eminent scholars from both domestic and international institutions. By pooling the intellectual essence of multiple academic traditions, the program promises participants an enriching feast of scholarly dialogue and cross-fertilization of ideas..

2. Course Content:

Grounded at the forefront of academic inquiry, this International Summer School on "Principles and Technologies of New Energy Conversion" features a meticulously designed curriculum that seamlessly integrates fundamental theories with cutting-edge technologies, and bridges traditional disciplines with cross-cutting innovations. The course offerings span critical domains along the entire new energy value chain, including the full hydrogen energy spectrum, advanced energy materials, environmentally sustainable technologies, and smart energy systems. Key thematic areas encompass: the cornerstones of hydrogen energy and carbon neutrality; advanced electrochemical energy systems; interdisciplinary frontiers at the nexus of environment and energy; novel energy conversion technologies; energy storage and thermal management; frontier materials innovation; fundamentals of wind energy utilization; and artificial intelligence-enabled smart energy systems.

3. Course Application:

Enrollment Goal: Postgraduate students at Xi'an Jiaotong University(online).

Deadline of Application: July 11, 2026

Course Language: English

Student Treatment: Students will be awarded a certificate of Xi'an Jiaotong University for full participation in the courses and passing the assessment of assignments.

Study group:

QQ Group: XJTISS New Energy(397751815)

Registration Link: https://v.wjx.cn/vm/hFwczOu.aspx#

Registration QR Code: