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Jiantao Fan - Dr.
CTO
● 2005-2014 Beijing University of Chemical Technology Undergraduate, Master, Ph.D.
● 2014-2017 Postdoctoral fellow at Simon Fraser University, Canada
● Project Leader of National Key Research and Development Program of China
● Core members of Guangdong innovation and entrepreneurship team
● Core members of Shenzhen Peacock Team
● Shenzhen "Peacock Plan B" talents
Hui Li - Dr.
Chairman/CEO
● National "specially hired" experts
● The person in charge of the key hydrogen energy research and development projects of the national "14th Five-Year Plan"
● Chair Professor, Southern University of Science and Technology
● 1982-1989 Bachelor and Master of Chemical Engineering, Tsinghua University
● 2006 Ph.D. in Electrochemical Engineering, University of British Columbia, Canada
● 2007-2015 Senior Research Fellow of the National Research Institute of Canada
● In 2015, edited the first international monograph on PEM electrolyzed water
● More than 100 SCI papers, 4 monographs, 8 chapters, and more than 20 authorized patents
Xu Shaoyi - Ph.D.
COO
● Beijing University of Chemical Technology undergraduate and master
● Dr. Southern Illinois University, USA
● Postdoctoral fellow at Simon Fraser University, Canada
● Shenzhen "Peacock Plan C" talents
● Responsible for the electrolytic reactor division
Zhao Deshu
Assistant to the chairman
● Ten years of practical experience in hydrogen energy
● Co-founder of Taiji Power
● Head of Ballard South China
● Assistant General Manager of Yihuatong
● BYD Apple Computer IMAC MINI project manager
Application
Technology application
BriHyNergy delivers high-performance green hydrogen solutions through full - stack vertical integration from PEMs and MEAs to complete electrolyzers, ensuring exceptional efficiency and cost control. Our scalable systems support industrial decarbonization, renewable hydrogen production, gas grid blending, distributed energy, and ultra-pure hydrogen for semiconductors.
-- Project Overview
- Project Summary
This project establishes a full “Green power – Green hydrogen – Green ammonia” zero - carbon industrialchain. Leveraging breakthroughs in the new power system, it utilizes 100% renewable electricity to enable dynamic coupling of PEM electrolysis within the green energy - to - ammonia process.
- Project Product
BriHyNergy BriLyzer®-S50 PEM stacks, totaling 3 MW.
- Project Status
Delivered in July 2023; currently in stable operation.
-- Project Overview
- Project Summary
This project innovatively adopts photovoltaic power combined with PEM electrolysis for hydrogen production. By utilizing the fast response and wide load range of PEM electrolyzers, it effectively mitigates renewable energy intermittency, providing a reliable technical pathway for regional green hydrogen industry development.
- Project Product
BriHyNergy BriLyzer®-S60 PEM stack.
- Project Status
Delivered in May 2025; currently in stable operation.
-- Project Overview
- Project Summary
The project integrates renewable power generation, hydrogen production, hydrogen storage, and hydrogen fuel cell power generation to build a multi - energy complementary 'power-to-hydrogen-to-power' system. It offers a scalable, replicable, and promotable solution for the grid, enhancing power system flexibility and resilience.
- Project Product
BriHyNergy BriLyzer®-M3 PEM stack.
- Project Status
Delivered in October 2024; currently in stable operation.
-- Project Overview
- Project Summary
Through demonstration and analysis of hydrogen blending ratios, gas mixture compatibility, and pipeline material adaptability using PEM electrolyzers, the project verifies the synergistic operation of PEM hydrogen production systems with natural gas networks, providing technical solutions for hydrogen blending in natural gas pipelines.
- Project Product
BriHyNergy BriLyzer®-M5 PEM stack.
- Project Status
Delivered in May 2024; currently in stable operation.
-- Project Overview
- Project Summary
This project establishes a full “green power – green hydrogen – green ammonia” zero-carbon industrialchain. Leveraging breakthroughs in the new power system, it utilizes 100% renewable electricity to enable dynamic coupling of PEM electrolysis within the green energy-to-ammonia process.
- Project Product
BriHyNergy BriLyzer®-M2 PEM stack.
- Project Status
Delivered in June 2025; currently in stable operation.
Advantages of PEM water electrolysis technology
Compared with alkaline electrolyzed water, the advantages of PEM electrolyzed water are mainly
Due to the use of proton exchange membrane solid electrolyte, the generated gas does not need to be dealkalized
The efficiency is higher than that of alkaline electrolyzed water under the same gas production per unit area
Quick start and stop, good responsiveness
Can adapt to the volatility of renewable energy generation
CONTACT
Tel: +86 0755-84530503
Email: marketing@brihynergy.com
Address: Room 101, Building B2, No. 26-1, Fuxin Road, Central Community, Pingdi Street, Longgang District, Shenzhen
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