Logo Hydrogen Tech World Essen

Hydrogen Optimized achieves breakthrough in AWE technology

Hydrogen
Share on twitter
Share on linkedin
Share on facebook
Share on xing
Share on whatsapp
Share on email
Hydrogen Optimized has achieved a world-first for alkaline water electrolysers by demonstrating the capability of its patent-pending RuggedCell™ high-current unipolar electrolysis system to ramp from 0 to 50,000 amperes in less than 10 seconds.

This breakthrough shows that the company’s electrolysis system can be used to stabilize electrical grids and optimize energy recovery from intermittent renewable power sources such as solar and wind.

The system’s rapid power load response rate contrasts sharply with low-current, low-power bipolar alkaline technology in the marketplace today. These systems are inherently limited in their range of power variability and take several minutes or more to ramp up and down. Furthermore, like PEM technology, individual bipolar alkaline modules are limited to smaller-scale output.

Designed to meet the needs of large hydrogen applications

The RuggedCell™ electrolyser as demonstrated is believed to be the largest water electrolysis cell in the world today. The technology is designed to meet the needs of the largest green hydrogen applications. Its capacity to rapidly shift hydrogen production rates in response to variations in the available power is vital to wind and solar power generation equipment providers, renewable power system designers and operators, renewable hydrogen project developers, and end users of green hydrogen.

Andrew Stuart, President and CEO of Hydrogen Optimized, said: “To this point, the consensus among green hydrogen experts worldwide has been that only PEM water electrolysers could rapidly absorb and shed electricity and thereby be used to stabilize variable electric power sources. We have now proven that RuggedCell™ alkaline technology, which is uniquely scalable to individual system deployments in the hundreds of megawatts, equals or betters PEM technology’s capability to handle variable power levels.”

Share on linkedin
Share on twitter
Share on whatsapp
Share on xing
Share on email
Share on facebook
HTW Editorial Team

HTW Editorial Team

News brought to you by our editorial team. We are a knowledge platform – driving technology to the global hydrogen community. If you wish to contribute your press, please contact us.

More News

Follow Us

Latest Tweets