| SOUTHBOROUGH,
MA--Protonex Technology Corporation (LSE: AIM: PTX and PTXU), a leading
provider of advanced fuel cell power systems for portable, remote and mobile
applications, today announces that it will develop a tailored, soldier-borne
power manager for the US Army, which will dramatically reduce the soldiers'
logistics burden supply - a critical step in minimizing the numbers and
different types of power sources a soldier must carry. This work will be
completed under an awarded $389,325 contract with the US Army Research
Office (ARO) and will draw on continuing developments by Protonex of its
power and battery management technologies.
Under the terms of this 10-month
contract, Protonex will rapidly evolve its current man-portable power manager
system making it smaller, lighter and easier to configure for a variety
of different loads. The resulting Protonex high-performance power manager
is expected to address the burdensome inefficiencies of existing battery
and power management technologies by matching virtually any load with any
available power source (e.g. batteries, fuel cells, solar) - enabling the
military to more efficiently use their available energy sources for a wide
range of applications.
The new system design will combine
advances in ultra-high efficiency power conversion, power management and
battery charging technology into one product solution. Capabilities of
the enhanced power manager system will include: soldier battery monitoring,
management and charging, power delivery to soldier systems, as well as
advanced power harvesting and scavenging from available energy sources.
"Working with the US Army on this
program, we will speed the refinement of our advanced portable power manager
product, making it a more universal, invaluable power solution for soldiers,"
stated Greg Cipriano, VP, Marketing and Military Development for Protonex
Technology Corporation. "This new contract represents valued follow-on
support by ARO, which will enable us to provide critical tools for various
military applications. We also expect to leverage this advanced technology
into other core products for both military and commercial customers."
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