DOE Boosts Hydrogen Efforts With $750 Million in Funding

DOE Boosts Hydrogen Efforts With $750 Million in Funding


Division of Power headquarters in Washington, D.C. (Timothy Epple/Getty Photos)

[Stay on top of transportation news: Get TTNews in your inbox.]

The U.S. Division of Power introduced it intends to subject $750 million in funds to dramatically decrease the price of hydrogen applied sciences for heavy-truck gasoline cells in addition to hydrogen supply and storage.

“By investing within the cutting-edge analysis and improvement obligatory to creating market-ready clear hydrogen a actuality, DOE is delivering on President [Joe] Biden’s promise to implement an formidable local weather agenda,” Power Secretary Jennifer Granholm famous not too long ago within the funding announcement, which she referred to as “yet one more thrilling step towards decreasing the price of and scaling up clear hydrogen manufacturing.”

DOE has designated hydrogen produced with net-zero carbon emissions as “a key pillar within the rising clear power economic system” that’s important to fulfill Biden’s objective of a 100% clear electrical grid by 2035 and net-zero carbon emissions by 2050.

The discover of funding intent, managed by DOE’s Hydrogen and Gas Cell Applied sciences Workplace, is predicted to deal with eradicating value obstacles by way of analysis and improvement of key applied sciences for hydrogen supply and storage in addition to reasonably priced and sturdy gasoline cell know-how for medium and heavy vehicles.

DOE listed 4 potential analysis subject areas, together with hydrogen provider improvement, that provide value and efficiency benefits over typical compressed fuel or liquid hydrogen methods.

“The wants for various end-use purposes have to be thought-about inside this subject, addressing points akin to required stress, temperature, charges of hydrogen launch, purity and value at scale,” DOE said.

 

Hosts Seth Clevenger and Mike Freeze mark 100 episodes of RoadSigns, which began off 4 years in the past asking,  “Autonomous: Who’s Behind the Wheel of Tomorrow?” Now, see the place trucking was in 2018 and the place it is entering into 2023. Hear a snippet, above, and get the complete program by going to RoadSigns.TTNews.com

One other space of curiosity is onboard storage methods for liquid hydrogen to allow low-cost, energy-dense storage on medium- and heavy-duty on-road vehicles utilizing gasoline cells. Using gasoline cells is being advocated as advantageous for longhaul vehicles for the reason that know-how can supply longer driving ranges, shorter refueling occasions and better payload capacities.

An impediment, nonetheless, is a necessity for important portions of liquid hydrogen, which has a significantly larger power density in contrast with compressed hydrogen fuel.

DOE needs to develop extra know-how as a result of analysis has proven a possible for liquid hydrogen methods to fulfill medium- and heavy-duty truck capability necessities with a storage value lower than or equal to $8 per kilowatt-hour.

It additionally seeks extra analysis about liquid hydrogen switch and fueling parts/methods to create high-flow switch and automobile fueling applied sciences and processes to gasoline medium- and heavy-duty autos. DOE anticipates that the bigger autos might want to deal with over 5 occasions higher liquid hydrogen stream charges at fueling stations in contrast with present ones at light-duty hydrogen fueling stations.

New fueling stations for medium- and heavy-duty vehicles utilizing gasoline cells are anticipated to dispense tons of hydrogen per day from large-scale storage and switch amenities. DOE predicts that these new calls for will create challenges akin to “hydrogen losses, supplies compatibility and security.”

Gas cell stacks for heavy and medium vehicles are one other space of concern. DOE needs to develop membrane electrode assemblies to decrease prices and improve the sturdiness and efficiency of proton-exchange membrane gasoline cell stacks to fast-track progress towards assembly 2030 system-level heavy-duty truck targets of 25,000-hour sturdiness and $80 per kWh system value.

DOE said it’s more likely to award monetary help by way of cooperative agreements starting from two to 4 years. It inspired events to type groups with stakeholders throughout technical disciplines relatively than having a single group apply for funds.

The company is compiling an inventory of teaming companions to have interaction “the widest attainable nationwide participation within the formation of applicant groups for this potential funding alternative announcement.”

 

Similar Posts

Leave a Reply

Your email address will not be published.