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Soldiers Lose Weight
OXFORD, England, November 1, 2012 /PRNewswire/ --
There's good news coming down the track for UK soldiers as their haversacks will be
much lighter due to new cutting edge battery technology.
Defence Science and Technology Laboratory (Dstl) has awarded a contract to OXIS Energy
Ltd and LINCAD Ltd to develop rechargeable Polymer Lithium Sulfur batteries for UK forces
that are significantly lighter and safer than the conventional Lithium Ion batteries that
are in service. Within this collaboration, OXIS will further develop its pioneering cell
technology and LINCAD, along with OXIS will integrate these cells into the current
in-service battery volume using LINCAD's military battery expertise to ensure that the
final battery design is a safe and reliable replacement for the current in-service
battery.
Lightening the load on soldiers is a priority for the UK MoD as each patrol soldier
currently carries a burden of around 8kg in batteries alone. Another major factor is
safety. The cells developed by OXIS can easily handle a wide variety of abuse conditions
including extreme temperatures, short circuit and nail penetration. They have passed the
test of bullet penetration. OXIS Polymer Lithium Sulfur batteries are biodegradable.
OXIS CEO, Huw W. Hampson-Jones said, "OXIS Energy is thrilled that Dstl has chosen to
work with us and Lincad to develop Polymer Lithium Sulfur batteries for the MoD. We are
delighted that our technology will be used to make our soldiers safer and their jobs less
difficult."
LINCAD Project Manager, Quintin Moore said "This is an exciting programme which brings
together the major benefits of OXIS Energy cell technology with the proven Lincad
expertise in producing high energy density military power solutions, to produce a power
solution that is not only inherently safe but more significantly will reduce the soldier's
burden."
Dstl
Dstl maximises the impact of science and technology (S&T) for the defence and security
of the UK, supplying sensitive and specialist S&T services for the Ministry of Defence
(MOD) and wider government.
It starts from the presumption that work should be conducted by external suppliers
unless there is a clear reason for it to be done or led by Dstl. At present, around sixty
percent of the approximately GBP400 million MOD non-nuclear defence research programme,
managed through Dstl goes to industry and academia to deliver.
OXIS ENERGY LIMITED
Huw W. Hampson-Jones, CEO
+44(0)1865-407-017
huw@oxisenergy.com
http://www.oxisenergy.com
Lincad Ltd
Quintin Moore, Project Manager
+44(0)1252-894600
quintin.moore@lincad.co.uk
http://www.lincad.co.uk
OXIS Energy Ltd
Soldiers Lose Weight
OXFORD, England, November 1, 2012 /PRNewswire/ --
There's good news coming down the track for UK soldiers as their haversacks will be
much lighter due to new cutting edge battery technology.
Defence Science and Technology Laboratory (Dstl) has awarded a contract to OXIS Energy
Ltd and LINCAD Ltd to develop rechargeable Polymer Lithium Sulfur batteries for UK forces
that are significantly lighter and safer than the conventional Lithium Ion batteries that
are in service. Within this collaboration, OXIS will further develop its pioneering cell
technology and LINCAD, along with OXIS will integrate these cells into the current
in-service battery volume using LINCAD's military battery expertise to ensure that the
final battery design is a safe and reliable replacement for the current in-service
battery.
Lightening the load on soldiers is a priority for the UK MoD as each patrol soldier
currently carries a burden of around 8kg in batteries alone. Another major factor is
safety. The cells developed by OXIS can easily handle a wide variety of abuse conditions
including extreme temperatures, short circuit and nail penetration. They have passed the
test of bullet penetration. OXIS Polymer Lithium Sulfur batteries are biodegradable.
OXIS CEO, Huw W. Hampson-Jones said, "OXIS Energy is thrilled that Dstl has chosen to
work with us and Lincad to develop Polymer Lithium Sulfur batteries for the MoD. We are
delighted that our technology will be used to make our soldiers safer and their jobs less
difficult."
LINCAD Project Manager, Quintin Moore said "This is an exciting programme which brings
together the major benefits of OXIS Energy cell technology with the proven Lincad
expertise in producing high energy density military power solutions, to produce a power
solution that is not only inherently safe but more significantly will reduce the soldier's
burden."
Dstl
Dstl maximises the impact of science and technology (S&T) for the defence and security
of the UK, supplying sensitive and specialist S&T services for the Ministry of Defence
(MOD) and wider government.
It starts from the presumption that work should be conducted by external suppliers
unless there is a clear reason for it to be done or led by Dstl. At present, around sixty
percent of the approximately GBP400 million MOD non-nuclear defence research programme,
managed through Dstl goes to industry and academia to deliver.
OXIS ENERGY LIMITED
Huw W. Hampson-Jones, CEO
+44(0)1865-407-017
huw@oxisenergy.com
http://www.oxisenergy.com
Lincad Ltd
Quintin Moore, Project Manager
+44(0)1252-894600
quintin.moore@lincad.co.uk
http://www.lincad.co.uk
OXIS Energy Ltd