Leading microfludics and nanotechnology development company mPhase
Technologies, Inc. today announced that the company has been awarded a Phase
II Small Business Technology Transfer Program (STTR) grant, part of the Small
Business Innovation Research (SBIR) program, from the U.S. Army for continued
development of a reserve Smart NanoBattery for a critical computer memory application.
On the heels of mPhase's positive results achieved in its $100,000 Phase I
grant, which was awarded in 2007, mPhase/AlwaysReady has won the Phase II STTR
grant worth $749,700 over the two-year development period. Only a limited percentage
of Phase I participants are invited by the U.S. Army to submit proposals for
a second phase of work, and still fewer are awarded Phase II grants.
The funds will be used to build a functional lithium Smart NanoBattery prototype
for the computer memory application. Whereas the Phase I grant supported the
effort to develop a low-power "green" battery to continuously power
a SRAM (static random access memory) circuit for a computer device, the Phase
II work will focus on further refinements to the technology, and will be leveraged
into similar commercial applications for large scale program deployments. The
target is a small footprint, reserve style multi-cell, 3 V lithium chemistry
micro-arrayed battery with a minimum of a 20-year shelf life and uninterruptible
power output during this period. This dual use concept is part of the mPhase/AlwaysReady
"We are very pleased that we have won this Phase II award based on our
technical achievements during Phase I and that our work will contribute to developing
advanced power solutions in the future," said Ron Durando, CEO of mPhase.
The SBIR program is a U.S. government funding program for domestic small business
concerns to engage in research and development that has the potential for commercialization.
STTR program grants are offered to small businesses working in conjunction with
university development partners. mPhase/AlwaysReady began working with the Energy
Storage Research Group (ESRG) at Rutgers, The State University of New Jersey,
for the Phase I project and will continue to work with Rutgers ESRG over a two-year
period as part of the Phase II effort to develop the Smart NanoBattery for this
SRAM backup application. This version of the Smart NanoBattery may potentially
go into production if Phase II is successfully completed.
"Rutgers is pleased to support a New Jersey company in this project and
we look forward to continuing the development effort with our colleagues at
mPhase on the design of the arrayed micro battery," said William Adams,
Director of the University's Office of Corporate Liaison and Technology Transfer.