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Ricardo and QinetiQ Begin Project to Demonstrate Low-Cost Li-Ion Technology for Hybrid Vehicles
7 November 2007
Ricardo and QinetiQ have embarked on a two-year collaborative project which aims to dramatically reduce the costs of lithium-ion batteries for hybrid vehicles while protecting or further improving vehicle performance.
The specific objective of the Reduced cost Li-Ion (RED-LION) project is to demonstrate the application of new Li-ion cell chemistry in a hybrid vehicle battery with an estimated production cost one-third that of conventional battery technologies and around half the weight.
If successful, this technology could make hybrid and electric vehicles commercially more attractive and hence make a significant impact on global CO2 emissions.
In June 2006 Ricardo, QinetiQ and PSA Peugeot-Citroën unveiled their 100g/km CO2 Efficient-C full hybrid diesel demonstrator vehicle based on a Citroën Berlingo Multispace. (Earlier post.) The Efficient-C used a 288V, 2 kWh lithium-ion battery pack.
While this vehicle provided superior performance compared with the equivalent current production turbo-diesel model, the project partners estimated that its incremental manufacturing cost needed to be reduced by around 50% (to approximately €2,000) for the technology to become fully commercially viable based on prevailing fuel prices and consumer fiscal incentives.
The battery system represents around one-third of the incremental manufacturing cost of a typical hybrid vehicle as well as considerable addition to the vehicle mass. If successful, the RED-LION project will demonstrate commercially viable technologies that are capable of delivering sub-100g/km CO2 emissions with superior performance compared to the equivalent current production vehicle.
QinetiQ has a strong track record in delivering high-energy Lithium-Ion battery technology to military customers. This leading edge battery technology emanating from defence is now poised to make a significant difference to the viability of hybrid vehicles with the RED-LION project helping to ensure that cost does not stand in the way of more widespread commercial adoption.
—Mel Brooks, managing director of QinetiQ’s Energy and Materials business
The RED-LION project is part-funded by the by the Energy Saving Trust’s Low Carbon R&D Programme on behalf of the UK government’s Department for Transport, with balancing contributions made by the participating companies. The Energy Saving Trust is a non-profit organization, funded both by government and the private sector.
Ricardo is a leading independent technology provider and strategic engineering consultant to the world’s transportation sector industries. QinetiQ (pronounced ki net ik as in kinetic energy) is a leading international defense and security technology company that was formed in July 2001 from the UK Government’s Defence Evaluation & Research Agency (DERA).
November 7, 2007 in Batteries, Hybrids | Permalink | Comments (10) | TrackBack (0)
Comments
Posted by: HealthyBreeze | November 07, 2007 at 08:26 AM
It's not clear what special sauce QinetiQ can bring to the table to achieve the desired cost reduction. Sales to the military are all fine and good, but that market is not known for being particularly cost-sensitive. That said, perhaps the military needed Li-ion batteries that were extremely robust wrt thermal runaway etc.
Note that as in the US, Germany and elsewhere, UK taxpayers will be footing a large slice of of the R&D bill.
Posted by: Rafael Seidl | November 07, 2007 at 09:20 AM
Raf,
I am guessing you do not deal with sales to the military?
The GSA pricing structure for COTS goods is very aggressive in most cases and very close to the price a dealer/distributor would get (varies by manufacturer).
Military R&D or goods specifically developed for the military with no commercial civilian application (non-COTS based) or goods developed on congress/senate earmarks are where all the waste and high cost come into play.
Posted by: Patrick | November 07, 2007 at 01:06 PM
"Note that as in the US, Germany and elsewhere, UK taxpayers will be footing a large slice of of the R&D bill."
I don't mind paying to advance battery tech, just so long as this project is not just more pork for defence contractors.
Posted by: gavin walsh | November 07, 2007 at 01:50 PM
The GSA pricing structure for COTS goods is very aggressiveCutting-edge technology is not COTS almost by definition. COTS is commodity products.
Posted by: Engineer-Poet | November 07, 2007 at 06:39 PM
This may turn out to be some kind of secondary benefits from millitary contracts. If so, it may be positive for future PHEVs and BEVS.
Posted by: Harvey D | November 07, 2007 at 07:34 PM
Wrong Engineer-Poet.
If the cutting edge technology comes out in the civilian market place first. Just because it is labelled as off the shelf does not mean it is not cutting edge.
Trunked digital radio is one example off the top of my head which was developed for public safety and public service users (non-military; civilian) but now the military is buying these radios up in mass quantities. Would you argue that trunked digital radios (P25 phase I trunking) are not cutting edge? Would you argue that the costs are bloated and wasteful when used by the Military versus the costs paid by civilians? If you would argue such, you would be wrong.
Posted by: Patrick | November 08, 2007 at 09:17 AM
2kwh = 8 mile range to get ~60 mpg doesn't seem that revolutionary, but it is an slight improvement. I have a sinking feeling that the car manufacturers have no real solution to the energy/climate problem.
Posted by: zod | November 11, 2007 at 11:49 PM
Please consider other readers who may have no idea how acronyms as GSA Cots come into this whole discussion.
LFTYR
Posted by: Arnold | November 12, 2007 at 10:55 PM
Jeer poet still looking forward to your response(joke)
Posted by: Arnold | November 22, 2007 at 04:23 PM
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so...what is their chemistry trick?