Organisation - Antig Technology Co., Ltd.
Antig is a fuel cell stack and solutions company base out of Taiwan, pioneering a revolutionary method for design and manufacture of micro fuel cell systems. At the core of these systems is Antig H2PowerChip™, building on an innovative architecture that leverages printed circuit board (PCB) technologies, the mature manufacturing technique used extensively throughout IT industry. This approach represents a significant improvement over existing technologies, resulting in smaller, lighter and more cost effective fuel cell solution, and will lead to greater fuel cell adoption – something that will benefit all fuel cell companies in the industry.
Antig currently concentrates on the development of direct methanol fuel cell stack and system. The company offers both fuel cell stacks as well as complete fuel cell systems - for customers looking for more cost effective and reliable power source to integrate into their own fuel cell systems, or ready-made "white-box" solutions so they can market under their own brand.
Antig Fuel Cell Stack: Antig has stacks ranging from few watts to 50 watts, each leverages the H2PowerChip™ architecture and can be designed for different types of applications. The smallest Cellini stack can fit inside a pocket, is ideal for lower power devices such as cell phones. The larger Apollo and Triton stacks are designed for higher power applications such as notebook PCs and portable generators.
Antig Fuel Cell System: Antig also offers fuel cell system solutions. The ATG5 is designed for use with portable devices, such as cell phones. ATG25 is a slightly larger 25W system that is designed as a multi-device stand-alone charger. ATG50 is the largest of Antig's fuel cell systems, and is targeted at higher power applications such as portable generators and light electrical vehicles (LEVs).
By leveraging Antig’s unique stack and /or the system design and manufacture expertise, Antig thrive to help companies to more cost effectively bring fuel cell products to market, and at faster pace than their competitor. Antig can also help fuel cell companies lower costs by providing core stack technology as well as access to an entire fuel cell component supply chain here in Taiwan.
Organisation Details
- Organisation type
- Commercial
- Website
- http://www.antig.com
- Country
- TAIWAN
- Business Interest
- Manufacturer
- Primary Technology
- DMFC
- Secondary Technology
- PEM
- Geographical Region of interest
- Global
- Organisation Description
Antig is a developer of micro fuel cell stacks and system with current focus on DMFC technology. At the core of these systems is Antig H2PowerChip™, building on an innovative architecture that leverages printed circuit board (PCB) technologies, the mature manufacturing technique used extensively throughout IT industry, resulting in a smaller, lighter and more cost effective fuel cell system
And by leveraging existing IT manufacturing materials and techniques, Antig is able to reduce fuel cell cost barriers while ensuring improved system performance and reliability, supporting companies to more cost effectively bring fuel cell products in the range of few watts ~150 watt to market, and at faster pace than their competitor. Antig can also help fuel cell companies lower costs by providing core stack technology as well as access to an entire fuel cell component supply chain here in Taiwan.
- Fuel Cell Staff
- 30
Contact Information
- Contact Name
- Linnet Tsai
- Position
- Deputy Manager, Marketing
- Click here to send this organisation an email
- Address
- 4F-1B, 132 Singshan Road, Neihu Dist. Taipei 114, Taiwan
- Country
- TAIWAN
- Phone Number
- +886.2.2796 2589
- Fax Number
- +886.2.2796 0560
RELATED NEWS ARTICLES
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02 Apr 08
Antig Completes UL Listing
Antig Technology, a fuel cell stack and solutions company based out of Taipei, Taiwan, today announced that it has received Underwriters...
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16 Oct 07
Antig and DMFCC to collaborate in fuel cell development
Antig and Direct Methanol Fuel Cell Corporation (DMFCC) have signed a teaming agreement concerning the development of fuel cell systems...

