Implementation of the International Hydrogen Ramp-Up Programm (H2Uppp)

"Making Chiang Mai a Knowledge Hub for Green Hydrogen" project

Assoc. Prof. Sirichai Koonaphapdeelert

Chiang Mai University, through its Energy Research and DevelopmentNakornping (ERDI-CMU), has collaborated with the German international cooperation organisation (GIZ) and Enapter to initiate the project entitled "Making Chiang Mai a Knowledge Hub for Green Hydrogen”. The objective is to establish Chiang Mai as a central training center for modular green hydrogen systems in Thailand and Southeast Asian countries.

The project, funded by GIZ and Enapter, supports policies and market development for green hydrogen and Power-to-X technologies in Thailand, positioning the country as a regional center for similar projects in Southeast Asia. It involves creating a learning and training center for green hydrogen technology in Chiang Mai Province, contributing significantly to policy development, market expansion, and knowledge sharing on green hydrogen.

To drive the green hydrogen market in the region, the project focuses on enhancing confidence in green hydrogen, expediting decision-making processes, adapting projects, and ensuring higher project quality. This is achieved through comprehensive management and technical training for system integrators, project developers, and consumers. Enapter, a German company specialising in AEM electrolyser hydrogen technology, collaborates on this project by providing training to university faculties, empowering them to serve as lecturers or knowledge providers on green hydrogen and electrolysis technology.

The hydrogen training center comprises a training room equipped with four AEM electrolysers (El 4.1), hydrogen storage tanks, gas piping and panels, and safety features including gas detectors. Additionally, there are practical demonstration areas for showcasing mobility fuel cells or Unmanned Ground Vehicles (UGV). Furthermore, the center includes a demonstration area featuring Enapter's hydrogen system, known as the "Phi Suea House." This residentialfacility utilises solar energy to generate sustainable power and stores hydrogen gas for continuous usage, establishing itself as the world's first sustainable hydrogenpowered residential unit.

"Train the Trainers" on 8 November 2023: This training focused on Hydrogen Policy, Market, Commercialisation, and Case Studies within the context of Thailand. It served as a platform for knowledge exchange, enabling participants to understand the intricacies of hydrogen-related policies, market dynamics, and successful commercialisation strategies. By delving into case studies relevant to Thailand, attendees gained valuable insights into real-world applications and challenges, empowering them to become effective trainers in the field of green hydrogen.

"Technical Train the Trainers" on 4-6 March 2024: Designed specifically for technical experts, this seminar aimed to equip trainers with advanced technical knowledge and skills related to green hydrogen technologies. Through hands-on workshops, discussions, and practical exercises, participants deepened their understanding of hydrogen production, storage, and utilisation. By mastering technical concepts and methodologies, trainers were better prepared to impart specialised knowledge to future learners and practitioners.

"THE FIRST PUBLIC TRAINING OF GREEN HYDROGEN" ON 25-28 MARCH 2024

This comprehensive training program, including "Management and Technical Levels," offered participants an extensive exploration of green hydrogen production and its practical applications. Firstly, participants gained a thorough understanding of green hydrogen, including its production processes, diverse applications, and its crucial role within sustainable energy systems.

Next, the program explored the unique challenges, regulatory frameworks, and policy considerations associated with the adoption of hydrogen technology in Thailand, providing insights into overcoming entry barriers and navigating regulatory landscapes. Participants also delved into market dynamics and commercialisation strategies for hydrogen technologies, equipping them with the necessary tools to analyse market trends, assess opportunities, and develop viable business strategies. The economic aspects of hydrogen technologies were thoroughly examined, covering production, storage, and utilisation costs, as well as investment considerations, to provide participants with a comprehensive understanding of the financial implications.

Furthermore, the program focused on optimising electrolysis processes, particularly through advanced electrolyser technologies like AEM electrolysers, to enhance efficiency and performance in hydrogen production. Participants also explored fuel cell technology and its wide-ranging applications across different sectors, emphasising its pivotal role in driving clean energy solutions. Safety considerations in handling and utilising hydrogen were addressed comprehensively to ensure participants are equipped with the knowledge and protocols necessary for safe practices. The training program also offered insights into the innovative applications of Spectronik's Unmanned Ground Vehicle (UGV) powered by fuel cell technology, showcasing its capabilities and potential uses.

Additionally, participants had the opportunity to visit the Phi Suea House, a real-world example of a residential facility harnessing solar energy and hydrogen storage for sustainable power generation and usage. Finally, hands-on sessions provided practical experience in setting up, operating, and demonstrating Enapter’s electrolysis systems and Spectronik's UGV, enriching participants' learning journey with immersive, experiential learning opportunities.

Contact details: Assoc. Prof. Sirichai Koonaphapdeelert Director Energy Research and Development Institute-Nakornping, Chiang Mai University, Thailand www.erdi.cmu.ac.th