Cellennium Thailand Co., Ltd.Year Established: 2000
Registration Capital: 69.42 million
Managing Director: Dr. Placido M. Spaziznte
The Cellennium Thailand Company Limited is the sole licensee to commercialize in Thailand a number of new inventions associated with vanadium fuel cells. These inventions are owned by Squirrel Holdings Limited and are protected by patents or by applications for patents worldwide. Cellennium is developing a set of related technologies that could provide catalysts to the accelerated development of renewable energy. The two main innovations are: “Sugar” Fuel cell: a vanadium fuel cell system that uses carbohydrates (such as sugar and tapioca) to generate electricity at an already proven conversion efficiency of 45%. Vanadium redox flow battery: first patented by one of the founders of Cellennium in 1978, the vanadium flow battery uses vanadium sulfate on both sides of the membrane in the electrochemical cells. The unique architecture of Cellennium’s battery allows it to not only be a cheap and reliable energy storage device, but also to function as a power conversion device capable of transforming both voltage and frequency of the electricity input.
Registration Capital: 69.42 million
Managing Director: Dr. Placido M. Spaziznte
The Cellennium Thailand Company Limited is the sole licensee to commercialize in Thailand a number of new inventions associated with vanadium fuel cells. These inventions are owned by Squirrel Holdings Limited and are protected by patents or by applications for patents worldwide. Cellennium is developing a set of related technologies that could provide catalysts to the accelerated development of renewable energy. The two main innovations are: “Sugar” Fuel cell: a vanadium fuel cell system that uses carbohydrates (such as sugar and tapioca) to generate electricity at an already proven conversion efficiency of 45%. Vanadium redox flow battery: first patented by one of the founders of Cellennium in 1978, the vanadium flow battery uses vanadium sulfate on both sides of the membrane in the electrochemical cells. The unique architecture of Cellennium’s battery allows it to not only be a cheap and reliable energy storage device, but also to function as a power conversion device capable of transforming both voltage and frequency of the electricity input.