Product Name | TJ-Elecrolyzer CCM |
Active Area | 1400 cm²(Customizable) |
Ir Loading | Customizable |
Fuel cell backup system power supply
Q1: What type of catalyst coated membranes do you have?
A1: Taiji supplies CCM according to the requirements of customers. With gasket or without gasket , full coated or only anode side coated, we can all supply.
Q2: Is the component from local or imported?
A2: Taiji's most popular products utilize Chinese components, including catalysts developed and manufactured by Taiji, and membranes sourced from China's largest membrane supplier (also a core investor of Taiji). By offering a CCM that utilizes all Chinese components, Taiji is able to greatly reduce the cost of the electrolyzer CCM even at relatively low order volumes.
Q3: What's the normal price?
A3: The price depends on many factors including order volume, overseas versus Chinese components, etc. Please contact the sales department with your specific request to receive a quote.
Q4: How is the performance?
A4: Taiji's CCM achieves world-class performance on par with global leading suppliers. While the exact performance depends also on the stack design and operating conditions.
Q5: What's the lead time of your product?
A5: The lead time depends on order volume and CCM/MEA component selection. Please contact Taiji's sales department with your specific request to receive the lead time.
Q6: Is the width customizable?
A6: Taiji's CCM is fully customizable up to 1200mm. When using Chinese components, the CCM width can be adjusted without the need to 'slit' from a standard mother roll, which greatly reduced manufacturing waste and thus helps to reduce cost.
Company Profile
Taiji power dedicated to PEM fuel cell/cell membrane electrode and material industrialization.
Driving the hydrogen future with its core technology, help to achieve the double carbon goal and industrial green development with a variety of application scenarios.
Corporate Structure
• Two R&D centres are at Spruce and Taiji Carbon, wholly-owned subsidiaries of Taiji Power.
• A 1500m² world class fuel cell R&D platform has been built at with a range of advanced R&D equipment and testing facilities.
Product and Application
Production workshop
Test Center
• Two R&D centres are at Spruce and Taiji Carbon, wholly-owned subsidiaries of Taiji Power.
• A 1500m² world class fuel cell R&D platform has been built at with a range of advanced R&D equipment and testing facilities.
To match world-class standards, a fuel cell testing centre has been constructed to carry out testing and analysis of fuel cells, MEAs and related materials.
• There are fuel cell test rigs ranging from 100 watt to 100 kw and testing equipment such as SEM electron microscopes in the test centre.
• The R&D team has extensive experience in materials testing, and has the capability to evaluate fuel cells in line with international standards.
Team's Mien
Taiji has a team of specialists and energy. We enjoy our work and believe that hydrogen fuel cells can make a better life for the world now and future.
Fair Around the World
Taiji has attended various fairs including Hydrogen + Fuel Cells EUROPE,China Import and Export Fair, WHTC2023 and attract customers all over the world.
Selected Qualifications and Honors
Company Award
• Awarded the Foshan City Key Project in 2019
• Awarded Seed Unicorn in Foshan in 2022
• Awarded Innovative SME in 2022
• Awarded National High-Tech Enterprise in 2022
• Awarded Joint Training Base for Postgraduates by Central South University in 2023
• Awarded Joint Postgraduate Training Base of Foshan University in 2023
• Awarded as a practical training base for undergraduates in the School of Materials Science and Hydrogen Energy, Foshan University in 2023
Enterprise management system certification
IATF 16949 Quality Management System Standard Certification
ISO 9001 Quality Management System Certification
ISO 14001 Environmental Management System Certification
ISO 45001 Occupational Health and Safety Management System Certification
Patent
• A total of 47 patent
• 24 inventions and 23 utility models.