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DOE awards $1.3M to two projects testing fuel cell technology in refrigerated trucks

23 August 2013

The US Department of Energy (DOE) will award a total of $1.3 million to fuel cell manufacturers Nuvera and Plug Power ($650,000 apiece) a project testing the use of hydrogen fuel cell refrigeration units (transport refrigeration units, TRUs) in delivery trucks. The companies will provide matching funds and labor of their own. A team from Pacific Northwest National Laboratory (PNNL) led by Kriston Brooks will oversee and evaluate the two-year program.

This will be the first time that refrigerated trucks making deliveries have been equipped with a fuel cell, PNNL researchers believe.

The fuel cells will do the work normally done by a small diesel engine, which keeps the cargo at the proper temperature while the trucks are making deliveries. Each of the four trucks will still be equipped with a main diesel engine that actually powers the truck.

This is a great application for a fuel cell. A trailer refrigeration unit traditionally is powered by a small diesel engine or electric motor that drives compressors to provide cooling to the cargo. A fuel cell can potentially provide a clean, quiet and efficient alternative by powering the electric motor.

—Kriston Brooks

Industry officials estimate that approximately 300,000 refrigerated trucks with TRUs are on the road in the United States. By replacing the small diesel engines with the more efficient fuel cell, users will see fuel savings of approximately 10 gallons a day per unit and roughly 101 kg of CO2, in addition to reduced emission of pollutants and significantly quieter operation.

In one project, Nuvera will work with Thermo King to develop the refrigeration unit to keep the truck cool using Nuvera’s Orion fuel cell stack. Orion stacks range in output from 10 to 300 kW, and feature metallic bipolar plates and an open flow field, increasing the active area of each cell MEA (membrane electrode assembly).

That truck will make deliveries for a Sysco Corp. food distribution facility in Riverside, Calif., and for a San Antonio, Texas, food distribution center for the H-E-B grocery store chain.

In the other project, Plug Power will work with Carrier Transicold and Air Products to equip trucks making deliveries for a Sysco Corp. food distribution facility on Long Island. The trucks will be equipped with Plug Power’s GenDrive fuel cell product.

Both the Sysco and the H-E-B facilities already use forklifts powered by hydrogen fuel cells, part of a trend fostered by DOE to increase the use of the technology in industry. At both companies, the infrastructure to provide hydrogen for the fuel cells is already in place; the hydrogen is generated on site from natural gas and water using Nuvera’s PowerTap hydrogen generator and refueling system. For the site using the Plug Power technology, the hydrogen will be supplied by Air Products using an outdoor hydrogen dispenser.

Each fuel-cell powered refrigerated trailer will run for at least 400 hours at each demonstration site, delivering goods from the distribution centers to stores or other outlets.

August 23, 2013 in Fuel Cells, Hydrogen | Permalink | Comments (7) | TrackBack (0)

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Comments

It is overdue?

I'm waiting for someone to tell us that batteries are better for the job.

If the truck was powered by batteries, neither a fuel cell nor diesel would be needed.

The great thing about a fuel cell to drive the reefer is that it makes plug-in operation for hotelling a no-brainer.

@EP:
Let me know when you have made batteries able to run a long distance heavy truck, which is a lot of the freight we are talking about here.
They are an order of magnitude short in energy density for that application - at least.

In fact even for BEV cars, some Scandinavian companies use kerosene heaters for hoteling functions as it drains the battery too much.

I was wondering if they would need batteries as well :)
The fridge perhaps has an on/off duty cycle which the typical fuel cell does not like, so needing batteries as buffer.

I would imagine that they would have a reasonably powerful battery to smooth out the load.

Under some circumstances controlling the atmosphere with fuel cells can even provide an alternative to refrigeration:

'Global Fresh Foods has successfully ocean-freighted 40,000 pounds of fresh salmon from Lirquen, Bio-Bio, Chile to the Port of Long Beach CA without the use of polystyrene or ice.

Instead, GFF employed its patented, controlled-atmosphere fuel cell-based technology to keep fish fresh for the entire length of its journey. The Port of Long Beach is the second busiest container port in the United States.

The event marks the first time that a full 40-foot container of non-frozen salmon has been shipped to the US via ocean freight. GFF worked closely with US distributor Lusamerica Fish to bring the salmon to California.

“The industry now has a viable alternative to expensive and environmentally harmful air freight for transporting fresh seafood,” said Mark Barnekow, chief executive officer of GFF. “With our technology, seafood distributors can now assure their retail customers they will have an uninterrupted supply of fresh seafood, with far less impact on the environment.”'

http://refrigeratedtransporter.com/carriers/40-foot-container-salmon-shipped-sea

Let me know when you have made batteries able to run a long distance heavy truck

Nobody does, which is why you'll be waiting a while "for someone to tell us that batteries are better for the job."

On the other hand, the Siemens-Scania overhead wire scheme could handle the long hauls while batteries took the truck from major road to terminal and back.  But until THAT is available, we won't be saying it's better than a fuel cell either.  As always, it's a question of "better for what".

even for BEV cars, some Scandinavian companies use kerosene heaters for hoteling functions as it drains the battery too much.

I've always found this silly.  LPG burned in a small engine with good waste-heat recovery would be more efficient overall, and stretch the strained winter range to boot.

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