Date and Venue: 09:00-11:30, June 18, Conference Room 1 & 2, 3F

Content:

With the theme of "Fuel Cell Endurance Technology Development and Application Breakthrough in the Whole Chain", this forum focuses on the endurance technology development, test method research, standard system construction and scale application challenges of fuel cell vehicle, fuel cell system, fuel cell stack and key components, and shares the latest material innovation, structure optimization, accelerated aging validation technology and multi-scenario solutions to promote the commercialization of fuel cell technology. We will share the latest material innovation, structure optimization, accelerated aging verification technology and multi-scenario solutions, discuss the whole life cycle performance optimization strategy, and promote the commercialization and scale-up of fuel cell technology. Industry experts will be invited to conduct in-depth discussions on the development of fuel cell durability technology and standard system, the progress of formulation and revision of important standards, and innovative research on testing technology. Attendees will gain an in-depth understanding of the latest technological breakthroughs in the field of fuel cell durability, focus on the cutting-edge progress of international certification and testing technology, and provide scientific basis and technical support for promoting the high-quality development of China's fuel cell industry.

Organizer: CATARC New Energy Vehicle Research and Inspection Center (Tianjin) Co., Ltd.

Moderators:

• ZHANG Yanyi, Member of the Party Committee, Assistant General Manager, CATARC New Energy Vehicle Research and Inspection Center (Tianjin) Co., Ltd.

Date and Venue: 09:30-12:30, June 18, Conference Room 7 & 8 & 9, 3F

Content:

With technological breakthroughs and cost reductions, hydrogen energy is gradually becoming affordable, and its importance in energy and transportation transformation is becoming more and more prominent. This forum focuses on the technologies and advantageous scenarios that drive the affordability of hydrogen energy, discusses the challenges and opportunities faced by the industry, and provides participants with industry insights and opportunities for cooperation.

Organizer: Valterra Platinum

Moderators:

• LIU Xiaoshuang, Valterra Platinum, Principal Market Development
• ZHANG Shuai, Partner, SHANGHAI YONGHUA INVESTMENT MANAGEMENT CO., LTD

Date and Venue: 14:00-17:25, June 18, Plenary Session in North Exhibition Hall

Content:

Currently, the hydrogen energy industry is at a critical stage transitioning from demonstration applications to large-scale development. There is an urgent need to improve top-level policy and regulatory frameworks, accelerate the construction of hydrogen infrastructure, drive continuous technological innovation, strengthen international exchanges and cooperation, and expand diversified application scenarios to collectively advance the hydrogen industry into a new phase of scaled development. This forum will focus on the hydrogen supply system, the development of the hydrogen fuel cell industry, and key technological innovations. It aims to facilitate discussions on the latest developments and technological achievements in the hydrogen energy sector, promote the high-quality growth of the hydrogen fuel cell industry, and contribute to global energy transition and carbon neutrality goals.

Moderators:

• HOU Fushen, Vice Chairman and Secretary General of China Society of Automotive Engineers
• WANG Ju, Secretary General of International Hydrogen Fuel Cell Association (IHFCA), Member of the UN Council of Engineers for the Energy Transition (CEET)
• YU Zhuoping, Professor at the School of Automotive Engineering, Tongji University, Fellow, Executive Director of the International Hydrogen Fuel Cell Association

Date and Venue: 09:00-12:00, June 19, Plenary Session in North Exhibition Hall

Content:

As a clean and efficient energy carrier, hydrogen energy is gradually penetrating into various fields such as transportation, industrial production, energy storage, shipping, and drones, demonstrating broad application prospects. The forum will delve into the diverse application scenarios of hydrogen energy and fuel cell technology. Experts in attendance will share the latest advancements in hydrogen technology across different sectors, with a focus on discussing how to build a robust hydrogen industry ecosystem through technological innovation, industrial chain collaboration, and policy support, thereby driving the high-quality development of the hydrogen energy industry.

Moderators:

• Mikaa BLUGEON-MERED, Canada Research Chair on Green Hydrogen Production, University of Québec at Trois-Rivières
• LI Kaiguo, Former Chairman of China Automotive Engineering Research Institute Co, Chairman of the Board of Supervisors of the China Society of Automotive Engineers

Date and Venue: 14:00-15:40 June 19, Conference Room 1 & 2, 3F

Content:

As an important clean energy for achieving the "dual carbon" goal, the core of green hydrogen production technology lies in the electrolysis of water to produce hydrogen, and cost control is the key factor for its large-scale application. The main cost components of green hydrogen production include electricity costs and electrolyzer equipment costs, among which electricity costs are greatly affected by the price of renewable energy. This forum will bring together industry experts, scholars and corporate representatives to discuss the latest progress in green hydrogen production technology, cost optimization paths and commercial application prospects, and provide intellectual support and technical solutions for promoting the sustainable development of the green hydrogen industry.

Moderators:

• WU Zhixin, Former Vice-President of China Automotive Technology and Research Center Co., Ltd.

Date and Venue: 16:00-17:30, June 19, Conference Room 7 & 8 & 9 & 10, 3F

Content:

Against the backdrop of a profound global energy transition, the commercialization of hydrogen energy hinges on sustained reduction in systemic costs. The forum centers on cross-industry collaboration as the core pathway, exploring how to overcome industrial bottlenecks through integrated technology coupling among value chains , ecosystem co-creation and policy coordination.We will examine systemic restructuring across the entire hydrogen value chain -- from production and storage/transport to end-use applications -- while addressing critical questions. Through interdisciplinary dialogue, this forum aims to map actionable pathways from "lab potential" to commercial deployment,develop systemic strategies for tackling cost barriers and removing implementation roadblocks, as well as catalyze scalable solutions for the zero-carbon energy transition.

Moderator: MING Pingwen, Professor, School of Automotive Engineering, Tongji University

Date and Venue: 16:00-17:40, June 19, Conference Room 1 & 2, 3F

Content:

As an important part of the future energy system, hydrogen energy storage and transportation is a key link between upstream hydrogen production and downstream application, but it is still facing challenges such as high cost, low safety and lack of technology maturity. This forum will focus on the latest progress of hydrogen energy storage and transportation technologies, cost optimization strategies, and policy support, aiming to provide scientific guidance and technical support for the high-quality development of the hydrogen energy industry, and to help the large-scale commercial application of hydrogen energy.

Moderator: LIU Jianguo, Professor of North China Electric Power University

Date and Venue: 16:00-17:30, June 19, Conference Room 7 & 8 & 9 & 10, 3F

Content:

Against the backdrop of a profound global energy transition, the commercialization of hydrogen energy hinges on sustained reduction in systemic costs. The forum centers on cross-industry collaboration as the core pathway, exploring how to overcome industrial bottlenecks through integrated technology coupling among value chains , ecosystem co-creation and policy coordination.We will examine systemic restructuring across the entire hydrogen value chain -- from production and storage/transport to end-use applications -- while addressing critical questions. Through interdisciplinary dialogue, this forum aims to map actionable pathways from "lab potential" to commercial deployment,develop systemic strategies for tackling cost barriers and removing implementation roadblocks, as well as catalyze scalable solutions for the zero-carbon energy transition.

Moderator: MING Pingwen, Professor, School of Automotive Engineering, Tongji University