In the context of the Paris based Euronaval 2018 arms show Naval
Group announced un-assessable progress in Lithium-ion Batteries (LIBs) for
submarine. This falls short of Japan’s
launch (on October 4, 2018) of an actual LIBs submarine.
Not only Naval Group, but also Germany’s TKMS is relying on SAFT for developing LIBs for submarine. [1] [2]. [3], [4]. LFP with good low-temperature stability is suitable for cold countries. Now, the market is implicitly forcing Sweden’s SAAB to develop a LIB option.
[Pete Comment - TKMS may also be recieving "reverse flow" submarine LIBs assistance from South Korean companies (quite advanced in LIBs - that have been building TKMS designed Type 209 and 214 submarines for 3 decades)!]
[2] October 22, 2018 https://www.aogdigital.com/component/k2/item/7668-thyssenkrupp-develops-new-lithiumion-batteries-for-submarines
[3] See the April 27, 2018 entry https://www.bloomberg.com/research/stocks/private/snapshot.asp?privcapId=4458240
[4] A 2015 based BMT study “The Design & Safety Challenges of a Lithium-ion Main Storage Battery for Conventional Submarines” http://www.bmtdesigntechnology.com.au/media/6988323/SIA%20SubSTEC-4%20Paper%20-%20Challenges%20of%20a%20Li-ion%20Main%20Storage%20Battery%20for%20Conventional%20Submarines%20v1.0.pdf , has a passing reference to the Shortfin on the first page with more substantial mentions on especially the sixth page (to Japanese, Chinese and TKMS (LFP LIB) intentions through to page twenty.
This is part of Naval Group’s Euronaval 2018 Press
Release (repeated via many other sites in the submarine-sphere) http://naval-group.com.au/2018/10/24/naval-group-presents-librt-its-new-generation-of-lithium-ion-batteries-system-for-submarines/
of October 24, 2018:
“Naval Group Presents LIBRT, Its
New Generation Of Lithium-Ion Batteries System For Submarines...
Naval Group brings its experience as a system provider and integrator, Saft [or
SAFT] its expertise in the conception and production of state-of-the-art Li-ion
batteries, CEA Tech provides Naval Group with its research capacities in the
fields of chemistry, structure and electronics and, finally, EDF R&D
volunteers its experience and its first rank testing facilities for energy
production systems requiring high levels of safety, reliability and security...”
PETE COMMENT
Concept announcements in the context of arms shows like
Euronaval 2016 and Euronaval 2018 need to be treated with caution.
Announcements may be reactions to actual achievements by non-European submarine
makers and in response to questions by European governments as to European progress made so
far.
There seems to be little sense how technically mature the Naval
Group and TKMS LIBs concepts are. What year will they first be launched in a
submarine that will then become operational, 2025?
There is the risk that European submarine LIB intentions are at an early stage
and if a customer wants LIBs it will need to pay a high portion of LIBs’
development costs.
A similar case was Naval Group’s announcement, again in
Paris, at Euronaval
(October) 2016 that it had developed a second generation fuel cell AIP
known as FC2G. See this DCNS
Youtube published two months later December 2016. After land based testing of FC2G some years ago there still has been no actual launch of a FC2G on a Scorpene.
This also includes no launch of FC2G (which India's DRDO would label "indigenous AIP") in India’s Kalvari class Scorpenes. So India has had to postpone up to date AIP for its Scorpenes.
So reports of great strides in European
LIBs for submarine need to be treated with caution.
DETAILS
ON EUROPEAN LIBs
Anonymous suspects Naval Group’s LIB technology may
rely on Lithium Iron Phosphate (LFP) or Lithium Titanate (LTO or ITO) LIBs with
high levels [not yet operationally proven] of energy and safety. The use of
LIBs in the Netherlands’ Walrus replacement and Poland’s ORKA submarine program
is possible. (see Anonymous' kindly provided original comments of October 25, 2018 in the Comments section below
this article).
Not only Naval Group, but also Germany’s TKMS is relying on SAFT for developing LIBs for submarine. [1] [2]. [3], [4]. LFP with good low-temperature stability is suitable for cold countries. Now, the market is implicitly forcing Sweden’s SAAB to develop a LIB option.
[Pete Comment - TKMS may also be recieving "reverse flow" submarine LIBs assistance from South Korean companies (quite advanced in LIBs - that have been building TKMS designed Type 209 and 214 submarines for 3 decades)!]
[1]
A Swedish language website on February 14, 2018 https://www.nyteknik.se/fordon/nya-ubaten-kan-bli-forst-med-litiumbatterier-6898850
carried an ambiguous message that Norway's future TKMS Type 212CD submarines “can be the first with lithium batteries -
or last with lead-acid batteries.”
[2] October 22, 2018 https://www.aogdigital.com/component/k2/item/7668-thyssenkrupp-develops-new-lithiumion-batteries-for-submarines
[3] See the April 27, 2018 entry https://www.bloomberg.com/research/stocks/private/snapshot.asp?privcapId=4458240
[4] A 2015 based BMT study “The Design & Safety Challenges of a Lithium-ion Main Storage Battery for Conventional Submarines” http://www.bmtdesigntechnology.com.au/media/6988323/SIA%20SubSTEC-4%20Paper%20-%20Challenges%20of%20a%20Li-ion%20Main%20Storage%20Battery%20for%20Conventional%20Submarines%20v1.0.pdf , has a passing reference to the Shortfin on the first page with more substantial mentions on especially the sixth page (to Japanese, Chinese and TKMS (LFP LIB) intentions through to page twenty.
Pete
Comment: So this French and German submarine LIBs activity
has been re-announced at an arms show but falls far short of Japan’s
achievement of actually
launching the first large LIBs submarine
Anonymous and Pete
2 comments:
Hi Pete
Today, Naval Group announced successful development of LIBs for submarine [1]. Application of LIBs in Shortfin is expected. Types of the LIBs is yet reported, but, judging from the features of twice amount of energy and high levels of safety [2], I am expecting Lithium Iron Phosphate (LFP) or Lithium Titanate (LTO).
Also, possible application of LIBs in new 212CD is reported. Application of LIBs in post Warlus submarine in Netherland and ORKA submarine in Poland is to be noted.
[1] https://www.meretmarine.com/fr/content/lib-une-nouvelle-batterie-lithium-ion-pour-sous-marins (LIB, a new Lithium-ion battery for submarines) 23/10/2018
Naval Group has developed a very high performance and safety Li-ion battery system to provide Naval Group's conventional submarines with outstanding operational features with optimized immersion time and recharge time.
[2] ibid
LIB RT allows submarines to significantly increase their diving endurance and reduce their rate of indiscretion, while ensuring a high level of safety. This highly innovative technology provides twice the amount of available energy at equal volumes for conventional lead-acid batteries while significantly reducing charging time.
[3] https://www.nyteknik.se/fordon/nya-ubaten-kan-bli-forst-med-litiumbatterier-6898850
(The new submarine can be the first with lithium batteries) 14/02/2018
Norway's new submarine can be the first with lithium batteries - or last with lead-acid batteries. The new 212 CD class comes in the middle of a technology shift.
Regards
Hi Pete
Not only Naval Group, but also TKMS has developed lithium-ion battery system for submarines together with SAFT [1]. Lithium ion battery of Saft seems to be LFP [2,3]. LFP with good low-temperature stability is suitable for cold countries. SAFT is going to be a major supplier of LFP for European submarine. Now, the market is implicitly forcing SAAB to show its lithium ion battery system.
[1] https://www.aogdigital.com/component/k2/item/7668-thyssenkrupp-develops-new-lithiumion-batteries-for-submarines ThyssenKrupp Develops New Lithium-Ion Batteries for Submarines
[2] https://www.bloomberg.com/research/stocks/private/snapshot.asp?privcapId=4458240
[3] http://www.bmtdesigntechnology.com.au/media/6988323/SIA%20SubSTEC-4%20Paper%20-%20Challenges%20of%20a%20Li-ion%20Main%20Storage%20Battery%20for%20Conventional%20Submarines%20v1.0.pdf, page 6 to 20.
“ThyssenKrup MarineSystems (TKMS) has proposed the use of LFP lithium-ion cells for use in a submarine, “
Regards
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