News

GKN Hydrogen, Technology & Investment Solutions LLC and Circle Green, Inc. announce the operation of a microgrid project utilizing GKN Hydrogen’s metal hydride hydrogen storage.

- The microgrid is located at Circle Green Technical Park near Adelanto at the former Meadowbrook Dairy within an unincorporated portion of San Bernardino County.

- The project will validate and demonstrate the dynamic operation of GKN Hydrogen’s HY2MEDI energy storage system (ESS) integrated within the Circle Green Technical Park and supporting the renewable energy technology development at the site.

Recent reports have suggested that large-scale production of hydrogen could do more harm than good in the effort to reduce global warming.

But the reality is that the climate benefit from a well-regulated clean hydrogen economy outweighs the impact of any emissions that hydrogen would add to our energy system, especially if we prioritize hydrogen produced from renewables-powered electricity.

ZeroAvia today announced that it has achieved record-breaking performance in testing of its High Temperature Proton Exchange Membrane (HTPEM) systems. Early testing of the pressurized 20kW HTPEM stack power module in ZeroAvia's UK R&D location has demonstrated a record 2.5 kW/kg specific power at the cell level, paving the way for 3+ kW/kg system level densities in the next 24 months.

Toyota recently developed new electrolysis equipment that produces hydrogen from electrolyzing water using the FC stack and other technology from the Mirai. The equipment will be put into operation this March at a DENSO Fukushima Corporation plant, which will serve as a technology implementation venue to promote its widespread use going forward. Toyota will accelerate its efforts to build a model for the local consumption of locally produced hydrogen, using electrolysis equipment to produce clean hydrogen and combust it in one of the plant's gas furnaces.

Furthermore, Toyota will publicize the details of its efforts to build such a hydrogen utilization model in the hopes of expanding the model's implementation to many people from various industries and regions.

Cellcentric was forged in 2021 by two of Europe’s leading heavy-duty truck makers: Volvo Group and Daimler Trucks. Cellcentric’s mission is to develop, produce and commercialize fuel systems for heavy-duty trucks. At IAA last fall, it debuted its “new generation” fuel cell system, a 150-kW power plant boasting a service life equal to that of “a conventional diesel unit in long-distance use.”

The prototype unit came out of Cellcentric’s headquarters in Stuttgart. But its key components are the hydrogen fuel cells and fuel cell stacks. They are made at the new Cellcentric fuel cell manufacturing plant in Burnaby, B.C.

As the topic of hydrogen came up yet again during one of the larger sessions on the first day of CERAWeek, a panelist quipped that the conference perhaps should be renamed Hydrogen Week.

And if the energy transition ever makes it to heavy-duty trucking, that rising focus of the energy industry on hydrogen would be good news, given that hydrogen appears to be the consensus energy source that could power a truck as big as those in the Class 8 category.

Today, we already have several Hydrogen Valleys across Europe that showcase the hydrogen ecosystem locally by bringing together all the elements of hydrogen production, storage, transportation, and end-use in a single place.

For Europe to remain a frontrunner in rolling out Hydrogen Valleys, the European hydrogen industry, scientific community, and European regions, together with the European Commission, commit to stepping up and accelerating joint actions...

French-owned Alstom has been operating the train, which can carry 120 passengers, in Germany since 2018. It has now rolled in a total of eight countries, racking up a total of 200,000 kilometres. On Sept. 15, 2022, it successfully travelled 1,175 km without refuelling its hydrogen tank.

This will be its North American service debut.