Damen Yachting and Blue World Technologies have signed a high-level strategic collaboration in the field of energy technology. This collaboration, which was
Loan financing from the Danish Green Investment Fund will contribute to Blue World Technologies’ transition from pre-series production to actual series production this year. With large-scale production, the company looks forward to contributing to the global green transition. Many major steps need to be taken to meet global climate goals, and this requires upscaling on .
Blue World Technologies and Clayton Power Join Forces
Written by AZoCleantechMay 12 2021
The two companies are working together to develop a small-scale mobile methanol fuel cell solution for stationary and auxiliary power. The target is to develop a solution in the 5 to 15-kilowatt power range.
The methanol fuel cell power unit can be applied to trucks to power appliances such as air conditioning and TV. Image Credit: Blue World Technologies
Blue World Technologies and Clayton Power are committed to the development of next-generation methanol fuel cell solution to deliver safe, reliable, and low-cost energy to auxiliary power demands. The methanol fuel cell solution combines Blue World Technologies’ proprietary high-temperature proton exchange membrane (HTPEM) technology, and Clayton Power’s lithium-ion battery solution to provide an instant- and continuous power supply. The effort is supported by Danish Energy Agency through the EUDP (Danish Energy Technology Development an
Dansk version af pressemeddelelsen kan findes som relateret indhold / 请在这里查看相应中文版 / Please find Chinese and Danish versions as related content.
Following Blue World Technologies’ acquisition of Danish Power Systems, the former CEO and Co-founder, Hans Aage Hjuler, continues as Chief Scientific Officer at Blue World Technologies. With his extensive knowledge and experience, Blue World Technologies is strengthening its position as one of the world’s leading companies within HT-PEM fuel cell technology.
As Co-founder of Danish Power Systems, Hans Aage Hjuler is one of the first scientists to start research and development activities within HT-PEM technology (high-temperature proton-exchange membrane). His interest in fuel cell technology started back in the early 80s when he did his master’s degree in chemistry followed by a PhD degree in advanced battery technology from the Technical University of Denmark. In 1988 he formed a significant research group wit