Kentucky to expand advanced battery research


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Kentucky-Argonne Battery R&D Center secures NIST funding to build Lexington labs advancing lithium-ion batteries for plug-in vehicles, with University of Kentucky and University of Louisville researchers, plus work on capacitors, biofuels, solar, and clean-coal.

 

Understanding the Story

A joint initiative by UK and UofL to advance lithium-ion manufacturing and energy storage research in Kentucky.

  • $11.8M NIST stimulus for Spindletop lab construction
  • $15.8M total; state adds $3M, university $1M
  • Focus: longer-life, cheaper, efficient lithium-ion cells
  • Supports plug-in vehicle and battery manufacturing
  • Also research: capacitors, biofuels, solar, clean coal

 

Laboratories proposed for the University of Kentucky Center for Applied Energy Research will be used for developing batteries to power next-generation automobiles, Gov. Steve Beshear said.

 

Beshear announced that the university has received $11.8 million in federal stimulus money from the National Institute of Standards and Technology for a nearly 36,000 square foot laboratory building at the Spindletop research site in Lexington.

The Kentucky-Argonne National Battery Manufacturing Research and Development Center, a joint venture involving researchers from the University of Kentucky and the University of Louisville, would use the laboratories for research aligned with recent battery grants initiatives.

The overall cost of the construction project would be $15.8 million, with the state kicking in $3 million in stimulus funding and the university $1 million.

University of Kentucky President Lee T. Todd Jr. said construction is expected to be completed in late 2011.

Beshear said the project is especially important for Kentucky, the nation's third leading producer of cars and light trucks, to try to position itself for the development and production of plug-in vehicles across the auto industry.

Kentucky researchers will focus particularly on improving lithium-ion batteries for better performance.

"Lithium-ion cells need a longer life span," Beshear said. "They need a longer charge life. They need to be smaller. They need to be cheaper. But, most of all, they need to be produced more efficiently."

The scientists will also be doing research in Lexington on capacitors for storing energy applications, biofuels productions, solar energy technologies, and clean-coal technology.

Beshear said producing clean-burning fuels from coal is especially important in Kentucky, where some 17,000 people work in the coal mining industry. He has been a leading proponent of coal production despite criticism from environmentalists.

"The renewable resources that we're working on and the coal that we have will both play a big party in Kentucky's future and this country's future," Beshear said.

 

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