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foreign
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[Music]
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technology a technology that has become
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an integral part of our Lives Compact
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and Powerful rechargeable batteries rely
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on it
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as do energy storage systems
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the digital Revolution
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electromobility and even the transition
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to Green energy would be Unthinkable
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without it but the technology has its
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disadvantages Lithium-ion batteries
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still rely on rare earth metals and
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other natural resources
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many of the natural resources are being
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depleted and some are even scarce and
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the recycling of millions of batteries
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remains a challenge
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lithium-ion technology has played an
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especially important role in one sector
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intro Logistics
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control Logistics is the flow of goods
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and materials within a company although
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the industry relied on lead acid
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batteries for decades it is now swiftly
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transitioning to lithium ion
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immobility is revolutionizing Warehouse
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operations and could pave the way for
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the technology in other Industries
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hundreds of thousands of intro Logistics
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vehicles are already equipped with
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lithium-ion technology
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the first series produced Vehicles went
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online in the early 2010s the intra
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Logistics industry is booming and so is
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the demand for Lithium-ion batteries
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the challenges that the automotive and
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other Industries will soon face are
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already a reality for intra Logistics
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lessons can we learn from intro
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Logistics about developing the
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technology sustainably sourcing the
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necessary resources and above all
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reducing their use
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in warehouses all over the world the
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future of e-mobility and the transition
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to clean energy are already happening
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[Music]
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January 2020
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an aging prototype of a staple of the
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logistics industry arrives without
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Fanfare at Young heinrich's corporate
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headquarters in Germany
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[Music]
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this is special because it's the first
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time lithium ion technology has been
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researched and used in a concept
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forklift
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a vision became a reality
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this futuristic looking forklift was a
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quiet milestone in the world of
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immobility when it was unveiled in 2008.
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it was about the same time the first
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Tesla entered serial production
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[Music]
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when it comes to technological
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innovation we always have to look 10 to
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15 years into the future in the early
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2000s we started to think about how we
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might use lithium-ion technology which
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was still very new at the time in
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forklifts
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Warehouse Vehicles became Pioneers in
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the lithium-ion technology in intra
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Logistics but now the once Innovative
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concept is embarking on its final
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Journey
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the Prototype didn't make much of a
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splash
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at the time lithium-ion technology had
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one major drawback compared to
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conventional battery systems it was very
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expensive
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we started developing the technology in
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2007 we had a commission design a
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concept vehicle a prototype it wasn't
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intended for serial production only a
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technology freak would have bought that
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concept vehicle it was unaffordable
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um
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German electrochemist Jurgen bazenod
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played a key role during the early days
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of lithium-ion technology
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[Music]
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beginning in the 1970s he and his team
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started researching lithium-ion
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technology at universities in Munich and
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Munster their work created the
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foundations for the rise of smartphones
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and electric vehicles as well as a host
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of other devices so Central to Modern
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Life
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[Music]
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researchers at The helmhotz Institute in
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Ulm Germany are working on the next
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generation of electrochemical batteries
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see them and solid-state batteries May
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soon join their lithium-ion colleagues
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but researchers still face many
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challenges including squeezing more out
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of the upstarts
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[Music]
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the biggest challenge we face is
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maintaining or even improving the
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performance of the energy storage
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material by replacing those materials
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with more sustainable alternatives
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for example Cobalt Cobalt enhances the
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overall function of the batteries but
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finding a good replacement isn't easy
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the electrochemists work in protective
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gear in climate controlled Labs testing
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and revisiting potential energy storage
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materials
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they're hoping to find something that
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can withstand thousands of charging
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cycles and that is sustainable
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we analyze test and retest to determine
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whether the material has what we need
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and plenty of mistakes can happen
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each cell they check costs time money
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and patience and most cells aren't what
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they're looking for what the project is
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still worthwhile
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you can see this cell won't work
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unfortunately
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research on batteries is proceeding at a
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fast and furious Pace propelled by the
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rise of immobility the industry is
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closely watching the research
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in this competitive industry any
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promising material could be worth
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billions
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but the lithium ion battery is already
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facing stiff competition and immobility
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hydrogen many experts are betting on
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hydrogen as the key to sustainable power
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for many uses but it offers just few
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opportunities for intra-logistics
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the big challenge is where to get the
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hydrogen only a handful of customers
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today have access to their own hydrogen
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Supply or Filling Station hydrogen
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filling stations are very very expensive
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as is transporting hydrogen hydrogen
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fuel cells do exist including ones for
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forklifts and they work but complexity
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and cost are a major challenge
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electric Drive systems have been a
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fixture in the intra Logistics sector
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for decades hydrogen will have a tough
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time gaining a foothold in large part
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due to questions of costs and
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sustainability
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producing hydrogen from electricity is
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energy intensive
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some of the electricity that goes into
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the production is lost from the outset
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and converting the hydrogen in the fuel
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cell into electricity to operate a
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vehicle is also an energy intensive
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process
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in the end a hydrogen cell is far less
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efficient than if I take the electricity
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that's generated and store it in a
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Lithium-Ion battery
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a hydrogen fueled forklift would consume
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two to three times more power than one
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fueled by a Lithium-Ion battery so it's
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not viable yet
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we think this technology will continue
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to exist but only a few customers will
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care
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a decade ago only a few people realized
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that lithium-ion technology could
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replace the standard lead acid
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rechargeable batteries used in forklifts
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the first lithium-ion-powered
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mass-market forklift was introduced in
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2011 and it was made by Jung Heinrich in
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Hamburg Germany when it was launched in
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early 2011 the ege 112i was the first
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forklift with lithium-ion technology in
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series production it was a milestone in
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what was an emerging field
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even though the eje wasn't a major
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commercial success it helped spur a
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revolution in the industry
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we're still learning from it now what a
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battery looks like but how it
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communicates how to estimate service
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lives and how to test a battery before
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Market entry we're ahead of many
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competitors
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although Lithium-ion batteries were
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maintenance free had twice the storage
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capacity and recharged up to five times
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faster than conventional rechargeables
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the eje was still too expensive to be
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competitive
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the lithium ion battery was
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revolutionary mainly because it offered
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a dramatic Improvement in storage
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capacity and output voltage
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scientists continue to improve
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Lithium-ion batteries as they passed
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their 10th birthday
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still in Industry Mainstay and some are
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convinced they could help Propel the
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transition to Green energy
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is
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lithium ion batteries are still a
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flagship technology and there's still a
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lot of potential for improvement I think
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storage capacity could still be doubled
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but we also have to consider
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sustainability and the fact that in 10
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years we might need 10 times as many
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batteries
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although the supply of lithium is large
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enough they could still be shortages
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from Supply and delivery bottlenecks
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lithium is currently mined in only a few
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regions of the world in Chile massive
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quantities of water are used to extract
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lithium from arid Salt Flats
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in Australia lithium is mined in open
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pits
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[Music]
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Europe and Germany have played little
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role in lithium extraction
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but that might soon change
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[Music]
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project at the causeway Institute of
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Technology is turning heads in the
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industry
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a team of scientists are researching a
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technology that might bring sustainable
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lithium mining to Germany the key is
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water
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we've been looking at how we can use the
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geothermal Waters of the upper Rhine
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trench and have developed a technology
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in the lab for extracting lithium by
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filtering lithium carbonate out of the
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thermal water
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the competition over scarce resources
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extracting lithium from thermal water
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could be a game changer for Europe and
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Germany
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the valuable element can already be
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filtered out in the lab but scaling it
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up for use in geothermal power plants is
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a challenge
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[Music]
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one of the big challenges is the high
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flow rates in these power plants you see
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flow rates of about 30 to 80 liters per
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second which is what makes lithium
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extraction viable
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um and you have high pressures of 20 to
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30 bar and water temperatures of 60
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degrees Celsius on average
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those are the main challenges
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[Music]
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rare and highly sought after resource
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already in use by existing power plants
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obtaining lithium from water could
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revolutionize the sustainability of
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rechargeable batteries
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if the principle Works in practice up to
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160 milligrams of lithium carbonate
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could be extracted from a liter of
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thermal water
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that's lithium carbonate precipitate
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this white powder is what the industry
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uses to make Lithium-ion batteries
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some sites in Germany are very promising
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00:13:44,040 --> 00:13:49,260
for lithium extraction but researchers
289
00:13:46,920 --> 00:13:51,240
still don't know how much lithium might
290
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be recoverable from Europe's thermal
291
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Waters
292
00:13:53,160 --> 00:13:59,300
the north German Basin and the Ryan
293
00:13:55,500 --> 00:13:59,300
trench are both encouraging
294
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soaring demand and the prospect for
295
00:14:02,100 --> 00:14:06,720
finding valuable lithium closer to home
296
00:14:04,320 --> 00:14:08,760
is sparking innovative ideas and
297
00:14:06,720 --> 00:14:12,240
solutions
298
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including in poksar a quiet town near
299
00:14:12,240 --> 00:14:16,339
kasua in Southwestern Germany
300
00:14:20,639 --> 00:14:26,940
during the aftermath of the energy
301
00:14:22,620 --> 00:14:28,800
crisis in the 1980s utility enbw drilled
302
00:14:26,940 --> 00:14:30,440
a borehole to tap into thermal water
303
00:14:28,800 --> 00:14:33,540
deep underground
304
00:14:30,440 --> 00:14:35,760
but when fossil fuel prices remain low
305
00:14:33,540 --> 00:14:38,459
the project was paused
306
00:14:35,760 --> 00:14:41,220
but a geothermal plant has now sprung up
307
00:14:38,459 --> 00:14:45,139
Atop The borehole with plans to extract
308
00:14:41,220 --> 00:14:45,139
even more from the Steam and water
309
00:14:46,459 --> 00:14:51,660
this borehole extends 2540 meters
310
00:14:50,160 --> 00:14:55,019
underground where there's a natural
311
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thermal water deposit the water is 134
312
00:14:55,019 --> 00:15:00,180
degrees Celsius and we use its energy
313
00:14:57,360 --> 00:15:02,040
for district Heating and electricity and
314
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we hope it will supply us with lithium
315
00:15:02,040 --> 00:15:06,060
in the future we've known for a while
316
00:15:03,959 --> 00:15:08,820
that the water is rich in lithium we
317
00:15:06,060 --> 00:15:11,100
considered it in 2012 but at the time
318
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lithium was less important then
319
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Lithium-ion batteries came along and
320
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cell phones in laptops in
321
00:15:15,360 --> 00:15:20,839
electromobility and suddenly demand was
322
00:15:18,480 --> 00:15:20,839
huge
323
00:15:23,639 --> 00:15:27,480
thermal water is spring water with a
324
00:15:25,920 --> 00:15:30,600
temperature of at least 20 degrees
325
00:15:27,480 --> 00:15:32,820
Celsius the Polk saw thermal power plant
326
00:15:30,600 --> 00:15:36,380
draws its water from a depth of more
327
00:15:32,820 --> 00:15:36,380
than 2.5 kilometers
328
00:15:38,100 --> 00:15:42,360
the enormous pressure underground means
329
00:15:40,380 --> 00:15:43,620
the water is well over 100 degrees
330
00:15:42,360 --> 00:15:45,660
Celsius
331
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lithium wouldn't be filtered out until
332
00:15:45,660 --> 00:15:49,980
after it's been tapped for heat and
333
00:15:47,579 --> 00:15:53,300
electricity production reducing it to
334
00:15:49,980 --> 00:15:53,300
about 60 degrees Celsius
335
00:15:54,480 --> 00:15:59,459
the causeway Institute of Technology
336
00:15:56,820 --> 00:16:01,500
first filters the lithium ions out of
337
00:15:59,459 --> 00:16:03,060
the water and then precipitates them
338
00:16:01,500 --> 00:16:06,120
into assault
339
00:16:03,060 --> 00:16:08,160
high quality lithium carbonate
340
00:16:06,120 --> 00:16:09,720
the thermal water is then pumped back
341
00:16:08,160 --> 00:16:12,600
underground
342
00:16:09,720 --> 00:16:16,760
it's a highly complex evolving process
343
00:16:12,600 --> 00:16:16,760
with a promise of sustainability
344
00:16:17,230 --> 00:16:20,739
[Music]
345
00:16:21,019 --> 00:16:27,959
30 liters of thermal water per second or
346
00:16:24,839 --> 00:16:29,339
2.4 million liters per day flow through
347
00:16:27,959 --> 00:16:32,040
the plant
348
00:16:29,339 --> 00:16:34,560
if the plant extracted 70 percent of the
349
00:16:32,040 --> 00:16:37,440
lithium content that would yield about
350
00:16:34,560 --> 00:16:42,500
800 tons of lithium carbonate every year
351
00:16:37,440 --> 00:16:42,500
enough for up to 20 000 car batteries
352
00:16:45,360 --> 00:16:50,820
the battery for a very special prototype
353
00:16:47,940 --> 00:16:53,220
was produced here in 2017.
354
00:16:50,820 --> 00:16:55,380
it was the first intra Logistics vehicle
355
00:16:53,220 --> 00:16:56,699
equipped with a permanent lithium-ion
356
00:16:55,380 --> 00:16:58,620
battery
357
00:16:56,699 --> 00:17:00,839
the Prototype meant that one of the
358
00:16:58,620 --> 00:17:03,600
world's largest forklift manufacturers
359
00:17:00,839 --> 00:17:06,240
was switching to lithium-ion technology
360
00:17:03,600 --> 00:17:07,640
the benefits finally outweighed the
361
00:17:06,240 --> 00:17:09,140
drawbacks
362
00:17:07,640 --> 00:17:12,240
[Music]
363
00:17:09,140 --> 00:17:14,880
the advantages of lithium-ion technology
364
00:17:12,240 --> 00:17:16,740
are obvious for example Lithium-ion
365
00:17:14,880 --> 00:17:19,439
batteries have a very high energy
366
00:17:16,740 --> 00:17:21,419
density which means that a lot of energy
367
00:17:19,439 --> 00:17:23,240
can be obtained from a comparatively
368
00:17:21,419 --> 00:17:26,100
small battery
369
00:17:23,240 --> 00:17:30,299
the vehicles can also be smaller and
370
00:17:26,100 --> 00:17:32,820
more compact which is a true advantage
371
00:17:30,299 --> 00:17:35,760
the next generation of vehicles became
372
00:17:32,820 --> 00:17:37,320
even more Compact and efficient and the
373
00:17:35,760 --> 00:17:40,140
long service life and High Energy
374
00:17:37,320 --> 00:17:43,280
Efficiency of Lithium-ion batteries also
375
00:17:40,140 --> 00:17:43,280
boosted sustainability
376
00:17:47,000 --> 00:17:51,720
in fact lithium ion batteries cut carbon
377
00:17:50,039 --> 00:17:54,360
emissions in electric vehicles by 20
378
00:17:51,720 --> 00:17:57,240
over lead batteries and compared to a
379
00:17:54,360 --> 00:17:58,740
combustion forklift a diesel forklift an
380
00:17:57,240 --> 00:18:00,840
electric motor with a Lithium-Ion
381
00:17:58,740 --> 00:18:03,200
battery Cuts carbon emissions by 50
382
00:18:00,840 --> 00:18:03,200
percent
383
00:18:04,260 --> 00:18:08,400
hundreds of thousands of lithium-ion
384
00:18:06,299 --> 00:18:10,799
vehicles are already in use in
385
00:18:08,400 --> 00:18:12,740
warehouses around the world and the
386
00:18:10,799 --> 00:18:14,820
industry is striving for sustainability
387
00:18:12,740 --> 00:18:16,860
the batteries are screwed together
388
00:18:14,820 --> 00:18:19,020
rather than welded and they don't
389
00:18:16,860 --> 00:18:22,740
contain critical raw materials such as
390
00:18:19,020 --> 00:18:25,559
Cobalt reuse and recycling are integral
391
00:18:22,740 --> 00:18:27,840
to the production process
392
00:18:25,559 --> 00:18:30,419
the large-scale adoption of Lithium-ion
393
00:18:27,840 --> 00:18:32,940
batteries in intra Logistics has put the
394
00:18:30,419 --> 00:18:35,100
focus on recycling
395
00:18:32,940 --> 00:18:36,840
the industry wants to ensure that a
396
00:18:35,100 --> 00:18:39,120
sustainable technology remains
397
00:18:36,840 --> 00:18:42,539
sustainable Beyond its original intended
398
00:18:39,120 --> 00:18:44,660
use it's a concept called Second Life
399
00:18:42,539 --> 00:18:44,660
thank you
400
00:18:46,039 --> 00:18:51,600
one German company produces new
401
00:18:48,780 --> 00:18:54,600
batteries and also recycles them JT
402
00:18:51,600 --> 00:18:57,179
Energy Systems the company specializes
403
00:18:54,600 --> 00:19:00,090
in intra Logistics batteries
404
00:18:57,179 --> 00:19:03,140
and business is booming
405
00:19:00,090 --> 00:19:06,000
[Music]
406
00:19:03,140 --> 00:19:08,039
this is the new production plant it will
407
00:19:06,000 --> 00:19:09,919
go online in the next two or three weeks
408
00:19:08,039 --> 00:19:13,820
to help cover demands
409
00:19:09,919 --> 00:19:13,820
we're expanding production
410
00:19:26,000 --> 00:19:31,140
Logistics is also booming so we're
411
00:19:29,160 --> 00:19:35,179
actually seeing two effects the
412
00:19:31,140 --> 00:19:35,179
substitution effect and growth
413
00:19:38,940 --> 00:19:43,860
the advantages of lithium-ion technology
414
00:19:41,520 --> 00:19:46,140
over conventional lead acid batteries
415
00:19:43,860 --> 00:19:48,660
are so apparent that customers are
416
00:19:46,140 --> 00:19:51,600
switching the forklift fleets of many
417
00:19:48,660 --> 00:19:54,059
Global players are already lithium-ion
418
00:19:51,600 --> 00:19:55,500
and many competitors are also getting on
419
00:19:54,059 --> 00:19:57,900
board
420
00:19:55,500 --> 00:19:58,980
ramping up production is also lowering
421
00:19:57,900 --> 00:20:02,660
costs
422
00:19:58,980 --> 00:20:02,660
but what about spent batteries
423
00:20:04,080 --> 00:20:09,020
what will the industry do about reuse
424
00:20:06,299 --> 00:20:09,020
and recycling
425
00:20:10,580 --> 00:20:15,000
you generally get batteries back that
426
00:20:13,020 --> 00:20:17,340
were sold about seven eight nine ten
427
00:20:15,000 --> 00:20:19,380
years ago the latest generation hasn't
428
00:20:17,340 --> 00:20:21,900
been around that long yet so it's hard
429
00:20:19,380 --> 00:20:24,960
to say how long they'll last it could be
430
00:20:21,900 --> 00:20:27,059
10 or 15 years or closer to six or seven
431
00:20:24,960 --> 00:20:29,340
years we're currently expanding our
432
00:20:27,059 --> 00:20:32,000
capacity for repair Recycling and
433
00:20:29,340 --> 00:20:32,000
Diagnostics
434
00:20:34,679 --> 00:20:38,880
the latest generation of batteries are
435
00:20:37,080 --> 00:20:42,260
designed so they can be given a second
436
00:20:38,880 --> 00:20:42,260
or even a third life
437
00:20:43,280 --> 00:20:49,559
[Music]
438
00:20:46,760 --> 00:20:52,080
this battery is primarily assembled with
439
00:20:49,559 --> 00:20:54,419
screws and it can be dismantled just by
440
00:20:52,080 --> 00:20:58,039
unscrewing it it's easier to break down
441
00:20:54,419 --> 00:20:58,039
than something that's welded together
442
00:20:59,000 --> 00:21:05,039
16 cells are inside here for instance if
443
00:21:02,700 --> 00:21:07,140
our Diagnostics show that one cell is no
444
00:21:05,039 --> 00:21:10,679
longer fully functional we can replace
445
00:21:07,140 --> 00:21:13,559
that cell swapping it out for a new or a
446
00:21:10,679 --> 00:21:16,270
recycled cell that's how we breathe a
447
00:21:13,559 --> 00:21:18,900
second life into this product
448
00:21:16,270 --> 00:21:21,900
[Music]
449
00:21:18,900 --> 00:21:21,900
foreign
450
00:21:30,080 --> 00:21:35,520
ergy storage facility is under
451
00:21:32,580 --> 00:21:37,559
construction just 50 meters away it's
452
00:21:35,520 --> 00:21:40,260
primarily made from used Lithium-ion
453
00:21:37,559 --> 00:21:44,419
batteries from intra Logistics it's an
454
00:21:40,260 --> 00:21:44,419
ambitious project with a lot of promise
455
00:21:44,900 --> 00:21:50,640
this hole is about 30 by 35 meters and
456
00:21:49,020 --> 00:21:53,520
will become a huge battery storage
457
00:21:50,640 --> 00:21:56,580
facility something on the order of 20
458
00:21:53,520 --> 00:21:59,280
megawatt hours the energy in the grid
459
00:21:56,580 --> 00:22:01,260
tends to fluctuate when an especially
460
00:21:59,280 --> 00:22:03,720
large amount of electricity is drawn
461
00:22:01,260 --> 00:22:05,900
from the grid this facility can offset
462
00:22:03,720 --> 00:22:05,900
it
463
00:22:10,280 --> 00:22:15,900
a stationary energy storage system is
464
00:22:13,440 --> 00:22:17,880
just one potential second life for used
465
00:22:15,900 --> 00:22:20,780
Lithium-ion batteries from the intra
466
00:22:17,880 --> 00:22:20,780
Logistics sector
467
00:22:22,159 --> 00:22:27,900
a battery storage facility is very
468
00:22:25,140 --> 00:22:30,200
sustainable we can store used modules
469
00:22:27,900 --> 00:22:32,880
here and use them to stabilize the grid
470
00:22:30,200 --> 00:22:35,640
that also allows us to postpone the
471
00:22:32,880 --> 00:22:37,799
recycling process any module that could
472
00:22:35,640 --> 00:22:40,440
be defective is analyzed before it's
473
00:22:37,799 --> 00:22:43,380
installed then it might stay here till
474
00:22:40,440 --> 00:22:45,240
it's outlived its lifespan or it might
475
00:22:43,380 --> 00:22:47,760
be passed on to another customer who
476
00:22:45,240 --> 00:22:49,860
wants to use it we have to thoroughly
477
00:22:47,760 --> 00:22:53,059
check the cells before we install them
478
00:22:49,860 --> 00:22:56,760
in a module and a cell testing station
479
00:22:53,059 --> 00:23:00,120
we already have a module test station so
480
00:22:56,760 --> 00:23:04,740
we can classify modules as category A B
481
00:23:00,120 --> 00:23:08,820
C or D category D's have to be evaluated
482
00:23:04,740 --> 00:23:10,559
again at the cell level on that test
483
00:23:08,820 --> 00:23:13,260
station will be built later this year
484
00:23:10,559 --> 00:23:15,500
about
485
00:23:13,260 --> 00:23:15,500
that
486
00:23:17,000 --> 00:23:22,200
the test center is under construction
487
00:23:19,440 --> 00:23:24,960
about 40 kilometers away in the city of
488
00:23:22,200 --> 00:23:26,580
Dresden it will be the first device of
489
00:23:24,960 --> 00:23:28,940
its kind equipped with artificial
490
00:23:26,580 --> 00:23:31,559
intelligence
491
00:23:28,940 --> 00:23:33,600
the station's designers hope the unit
492
00:23:31,559 --> 00:23:35,520
will solve a problem that has long
493
00:23:33,600 --> 00:23:38,380
hindered the efficient recycling of
494
00:23:35,520 --> 00:23:43,159
Lithium-ion batteries
495
00:23:38,380 --> 00:23:45,780
[Music]
496
00:23:43,159 --> 00:23:48,080
testing lithium-ion battery is quickly
497
00:23:45,780 --> 00:23:51,240
and safely wasn't possible until now
498
00:23:48,080 --> 00:23:52,740
when used batteries were returned we
499
00:23:51,240 --> 00:23:56,000
wouldn't know what condition they were
500
00:23:52,740 --> 00:23:59,100
in or what they could still be used for
501
00:23:56,000 --> 00:24:02,100
this device can tell us that quickly and
502
00:23:59,100 --> 00:24:05,220
accurately and it can learn how to deal
503
00:24:02,100 --> 00:24:07,799
with new types of batteries this is the
504
00:24:05,220 --> 00:24:10,440
brain of the AI system which is how it
505
00:24:07,799 --> 00:24:12,960
learns later when it's really smart
506
00:24:10,440 --> 00:24:15,240
you'll be able to link a small device to
507
00:24:12,960 --> 00:24:18,780
the cloud and do the same thing that the
508
00:24:15,240 --> 00:24:20,280
big machine does out in the field a
509
00:24:18,780 --> 00:24:23,400
service technician could have a small
510
00:24:20,280 --> 00:24:27,620
unit like this and check the battery's
511
00:24:23,400 --> 00:24:27,620
condition in just 90 seconds
512
00:24:30,780 --> 00:24:34,260
[Music]
513
00:24:32,340 --> 00:24:36,539
equipped with artificial intelligence
514
00:24:34,260 --> 00:24:39,120
the test station will eventually become
515
00:24:36,539 --> 00:24:41,120
a mobile application that can assess the
516
00:24:39,120 --> 00:24:43,440
condition of every cell inside a battery
517
00:24:41,120 --> 00:24:45,419
that information will make it possible
518
00:24:43,440 --> 00:24:47,900
to determine the best use for spent
519
00:24:45,419 --> 00:24:47,900
batteries
520
00:24:49,100 --> 00:24:54,840
it's also vital for a sustainable and
521
00:24:51,960 --> 00:24:57,360
efficient energy storage facility
522
00:24:54,840 --> 00:25:01,020
is a second life case you have to
523
00:24:57,360 --> 00:25:03,059
imagine the second life like this a big
524
00:25:01,020 --> 00:25:06,059
truck drives up with lots of different
525
00:25:03,059 --> 00:25:10,500
batteries what do we do with them how
526
00:25:06,059 --> 00:25:12,679
many years how many can be reused that's
527
00:25:10,500 --> 00:25:15,120
the first problem
528
00:25:12,679 --> 00:25:17,940
currently it's done by charging and
529
00:25:15,120 --> 00:25:20,240
discharging every battery to count how
530
00:25:17,940 --> 00:25:22,860
many electrons flow into them
531
00:25:20,240 --> 00:25:24,659
that takes between five and eight hours
532
00:25:22,860 --> 00:25:28,460
per battery
533
00:25:24,659 --> 00:25:28,460
truckload takes a long time
534
00:25:28,760 --> 00:25:35,220
but a whole bunch of trucks so the
535
00:25:32,520 --> 00:25:36,840
advantage is the time it saves and I
536
00:25:35,220 --> 00:25:39,900
don't need to know anything about the
537
00:25:36,840 --> 00:25:41,880
batteries the truck drives up the
538
00:25:39,900 --> 00:25:44,710
batteries pass through the test station
539
00:25:41,880 --> 00:25:51,600
and we see what condition they're in
540
00:25:44,710 --> 00:25:54,299
[Music]
541
00:25:51,600 --> 00:25:57,440
artificial intelligence is also opening
542
00:25:54,299 --> 00:25:57,440
a number of other doors
543
00:25:58,100 --> 00:26:03,000
AI can not only help diagnose used
544
00:26:01,080 --> 00:26:04,919
batteries it can also make battery
545
00:26:03,000 --> 00:26:07,440
manufacturing more efficient and
546
00:26:04,919 --> 00:26:09,659
sustainable and the more AI learns about
547
00:26:07,440 --> 00:26:12,720
a battery the more information it can
548
00:26:09,659 --> 00:26:15,480
provide on its lifespan
549
00:26:12,720 --> 00:26:18,360
if the dresden-based company succeeds
550
00:26:15,480 --> 00:26:20,640
with its ai-based test system they'll be
551
00:26:18,360 --> 00:26:22,799
able to considerably improve both the
552
00:26:20,640 --> 00:26:26,360
safety and the sustainability of
553
00:26:22,799 --> 00:26:26,360
Lithium-ion batteries
554
00:26:26,820 --> 00:26:30,539
and that wouldn't just affect the intra
555
00:26:28,740 --> 00:26:33,000
Logistics and Automotive Industries
556
00:26:30,539 --> 00:26:34,919
while hydrogen technology has some
557
00:26:33,000 --> 00:26:37,820
advantages for trucks and other large
558
00:26:34,919 --> 00:26:40,500
Vehicles despite its low efficiency
559
00:26:37,820 --> 00:26:42,779
lithium-ion technology Remains the key
560
00:26:40,500 --> 00:26:45,000
for helping many other sectors operate
561
00:26:42,779 --> 00:26:48,320
more efficiently and sustainably
562
00:26:45,000 --> 00:26:50,580
[Music]
563
00:26:48,320 --> 00:26:52,679
electrification projects are already
564
00:26:50,580 --> 00:26:55,679
enabling the switch from diesel fuel to
565
00:26:52,679 --> 00:26:57,659
lithium ion batteries one of the world's
566
00:26:55,679 --> 00:26:59,040
first fully electric front-end loaders
567
00:26:57,659 --> 00:27:01,740
is being built here
568
00:26:59,040 --> 00:27:04,020
[Music]
569
00:27:01,740 --> 00:27:06,480
as batteries from intra Logistics not
570
00:27:04,020 --> 00:27:08,040
the car industry and their nickel and
571
00:27:06,480 --> 00:27:11,930
Cobalt free
572
00:27:08,040 --> 00:27:11,930
[Music]
573
00:27:14,520 --> 00:27:20,220
the 2200 is the is the most sold machine
574
00:27:18,000 --> 00:27:22,260
in our class it's a two-tons machine
575
00:27:20,220 --> 00:27:24,539
which you can easily transport on a
576
00:27:22,260 --> 00:27:26,159
trailer that's the reason that we the
577
00:27:24,539 --> 00:27:27,539
first approach is electrifying the
578
00:27:26,159 --> 00:27:29,940
two-tones class
579
00:27:27,539 --> 00:27:33,000
another example of the potential of
580
00:27:29,940 --> 00:27:36,000
lithium-ion technology the construction
581
00:27:33,000 --> 00:27:38,880
vehicles are quieter more efficient and
582
00:27:36,000 --> 00:27:40,200
significantly more sustainable it was a
583
00:27:38,880 --> 00:27:42,779
lot of development in the hardware
584
00:27:40,200 --> 00:27:45,900
software but at the end it drives more
585
00:27:42,779 --> 00:27:48,539
smoothly than a diesel machinery
586
00:27:45,900 --> 00:27:51,299
lithium ion technology has numerous
587
00:27:48,539 --> 00:27:53,820
applications including construction and
588
00:27:51,299 --> 00:27:56,100
agricultural machinery and new
589
00:27:53,820 --> 00:27:57,960
scientific advances are also enabling
590
00:27:56,100 --> 00:28:00,659
the switch from internal combustion
591
00:27:57,960 --> 00:28:04,100
engines and lead acid batteries to
592
00:28:00,659 --> 00:28:04,100
lithium-ion technology
593
00:28:05,100 --> 00:28:10,320
the Royal Swedish Academy of Sciences in
594
00:28:07,919 --> 00:28:11,820
Stockholm recognized the advances in
595
00:28:10,320 --> 00:28:14,279
2019
596
00:28:11,820 --> 00:28:16,740
Lithium-ion batteries according to the
597
00:28:14,279 --> 00:28:20,400
academy had laid the foundation of a
598
00:28:16,740 --> 00:28:24,299
fossil fuel free Society
599
00:28:20,400 --> 00:28:26,640
John goodino Akira Yoshino
600
00:28:24,299 --> 00:28:28,440
and Stanley Whittingham were awarded the
601
00:28:26,640 --> 00:28:30,799
Nobel Prize in chemistry for their
602
00:28:28,440 --> 00:28:33,960
lithium-ion work
603
00:28:30,799 --> 00:28:35,880
another and perhaps more exotic way to
604
00:28:33,960 --> 00:28:38,279
extend the lifespan of batteries is
605
00:28:35,880 --> 00:28:40,500
being studied in the University of Hala
606
00:28:38,279 --> 00:28:44,419
in Germany where researchers are trying
607
00:28:40,500 --> 00:28:44,419
to create a self-healing battery
608
00:28:46,740 --> 00:28:49,740
foreign
609
00:28:51,500 --> 00:28:55,799
we're developing materials that can be
610
00:28:53,880 --> 00:28:59,299
applied to battery electrodes as a kind
611
00:28:55,799 --> 00:28:59,299
of coating or protective layer
612
00:29:00,500 --> 00:29:04,559
those Coatings then introduce a
613
00:29:02,700 --> 00:29:08,000
self-healing mechanism into the existing
614
00:29:04,559 --> 00:29:08,000
battery electrode systems
615
00:29:11,100 --> 00:29:15,059
it might sound like science fiction but
616
00:29:13,320 --> 00:29:17,700
binder and his team are already
617
00:29:15,059 --> 00:29:20,220
conducting small scale studies will they
618
00:29:17,700 --> 00:29:22,919
develop a battery that can heal itself
619
00:29:20,220 --> 00:29:25,140
a challenge especially for newer high
620
00:29:22,919 --> 00:29:28,399
performance batteries which demand even
621
00:29:25,140 --> 00:29:28,399
more from the components
622
00:29:31,580 --> 00:29:35,880
during charging and discharging the
623
00:29:34,320 --> 00:29:39,140
electrode materials inside the battery
624
00:29:35,880 --> 00:29:41,820
are constantly changing volumes
625
00:29:39,140 --> 00:29:43,559
in other words they're expanding during
626
00:29:41,820 --> 00:29:45,740
charging and shrinking during
627
00:29:43,559 --> 00:29:48,179
discharging
628
00:29:45,740 --> 00:29:50,100
that also means that these materials
629
00:29:48,179 --> 00:29:51,899
which are solid materials will
630
00:29:50,100 --> 00:29:53,760
eventually experience wear and tear as
631
00:29:51,899 --> 00:29:57,740
our volume expands and contracts like a
632
00:29:53,760 --> 00:29:57,740
balloon and eventually they break
633
00:30:00,120 --> 00:30:04,740
the researchers apply a polymer coating
634
00:30:02,760 --> 00:30:07,679
to materials that are experiencing
635
00:30:04,740 --> 00:30:09,419
significant stress the coating is
636
00:30:07,679 --> 00:30:12,179
designed to reduce or even prevent
637
00:30:09,419 --> 00:30:14,220
cracks and damage to the battery which
638
00:30:12,179 --> 00:30:15,250
could significantly extend the battery's
639
00:30:14,220 --> 00:30:17,760
lifespan
640
00:30:15,250 --> 00:30:20,490
[Music]
641
00:30:17,760 --> 00:30:24,769
but the research is highly complex
642
00:30:20,490 --> 00:30:24,769
[Music]
643
00:30:27,200 --> 00:30:32,340
finding the right chemical compound for
644
00:30:29,880 --> 00:30:34,919
each material requires a great deal of
645
00:30:32,340 --> 00:30:37,039
patience and finesse but the result is
646
00:30:34,919 --> 00:30:40,460
worth the effort
647
00:30:37,039 --> 00:30:40,460
the NC is
648
00:30:41,480 --> 00:30:46,080
when you build self-healing mechanisms
649
00:30:43,980 --> 00:30:48,480
into a battery you potentially extend
650
00:30:46,080 --> 00:30:50,480
its life that produces the footprint of
651
00:30:48,480 --> 00:30:52,799
the technology
652
00:30:50,480 --> 00:30:55,080
the footprint depends on the raw
653
00:30:52,799 --> 00:30:56,880
materials so by reducing the raw
654
00:30:55,080 --> 00:30:58,860
materials you also reduce your carbon
655
00:30:56,880 --> 00:31:01,340
footprint which is rather important
656
00:30:58,860 --> 00:31:01,340
nowadays
657
00:31:03,770 --> 00:31:08,820
[Music]
658
00:31:06,299 --> 00:31:11,640
have the scientists already solved the
659
00:31:08,820 --> 00:31:13,700
challenges posed by e-mobility is the
660
00:31:11,640 --> 00:31:19,039
technology ready for the mass Market
661
00:31:13,700 --> 00:31:19,039
[Music]
662
00:31:19,100 --> 00:31:22,919
we're still at a relatively early stage
663
00:31:21,659 --> 00:31:25,020
of development
664
00:31:22,919 --> 00:31:27,120
we can see that materials like this work
665
00:31:25,020 --> 00:31:30,980
in principle but it will take a few more
666
00:31:27,120 --> 00:31:30,980
years before it can be successfully used
667
00:31:31,520 --> 00:31:37,020
one material that might help bridge the
668
00:31:34,320 --> 00:31:40,080
gap is zinwaldite which contains lithium
669
00:31:37,020 --> 00:31:41,240
and is named after the tsinvad region of
670
00:31:40,080 --> 00:31:44,760
Germany's
671
00:31:41,240 --> 00:31:47,100
mountains Zin walldite can be found
672
00:31:44,760 --> 00:31:49,559
underground in massive quantities in the
673
00:31:47,100 --> 00:31:52,320
German state of Saxony not long ago
674
00:31:49,559 --> 00:31:55,520
researchers developed a new process for
675
00:31:52,320 --> 00:31:55,520
extracting the lithium
676
00:31:58,340 --> 00:32:02,460
diet process so special is that we've
677
00:32:01,080 --> 00:32:04,620
learned how to deal with the chemistry
678
00:32:02,460 --> 00:32:06,960
it's invaldite we know how to do
679
00:32:04,620 --> 00:32:09,659
something with the lithium iron aluminum
680
00:32:06,960 --> 00:32:12,899
and fluoride we can extract just the
681
00:32:09,659 --> 00:32:15,419
lithium but and this was key we can
682
00:32:12,899 --> 00:32:18,299
extract the fluoride too the mineral we
683
00:32:15,419 --> 00:32:20,580
know from toothpaste and Teflon pans we
684
00:32:18,299 --> 00:32:23,640
converted a costly environmental toxin
685
00:32:20,580 --> 00:32:25,320
fluoride to a product and we extracted
686
00:32:23,640 --> 00:32:27,840
the lithium using a remarkably
687
00:32:25,320 --> 00:32:32,779
straightforward process by heating it
688
00:32:27,840 --> 00:32:32,779
and pressing CO2 onto it it's that easy
689
00:32:37,580 --> 00:32:43,700
the new process could liberate Europe
690
00:32:40,260 --> 00:32:43,700
from imported lithium
691
00:32:47,120 --> 00:32:52,559
that's what's great about it we use
692
00:32:49,919 --> 00:32:55,559
ordinary CO2 which is normally seen as a
693
00:32:52,559 --> 00:32:57,360
climate killer and we have no waste we
694
00:32:55,559 --> 00:33:00,659
don't have to add chemicals and our
695
00:32:57,360 --> 00:33:03,240
process chips away at CO2 what we end up
696
00:33:00,659 --> 00:33:06,480
with is lithium carbonate we use only
697
00:33:03,240 --> 00:33:09,080
CO2 there's no waste and for me that's a
698
00:33:06,480 --> 00:33:11,760
process with the future
699
00:33:09,080 --> 00:33:13,640
so far
700
00:33:11,760 --> 00:33:16,919
yeah
701
00:33:13,640 --> 00:33:19,740
we're facing a massive glut of spent and
702
00:33:16,919 --> 00:33:21,659
damaged Lithium-ion batteries will we be
703
00:33:19,740 --> 00:33:25,580
able to recycle them and recover the
704
00:33:21,659 --> 00:33:25,580
valuable metals and other materials
705
00:33:26,039 --> 00:33:32,419
is truly efficient and sustainable
706
00:33:28,260 --> 00:33:32,419
battery recycling even possible
707
00:33:33,170 --> 00:33:36,480
[Music]
708
00:33:34,620 --> 00:33:38,399
to lithium-ion batteries have
709
00:33:36,480 --> 00:33:41,580
traditionally been melted down in a
710
00:33:38,399 --> 00:33:43,559
furnace at 1000 degrees Celsius the
711
00:33:41,580 --> 00:33:45,260
critical and valuable resources they
712
00:33:43,559 --> 00:33:47,580
contained were lost
713
00:33:45,260 --> 00:33:50,399
experts now believe that mechanical
714
00:33:47,580 --> 00:33:52,320
recycling is the best option and could
715
00:33:50,399 --> 00:33:54,240
handle the rising flood of spent
716
00:33:52,320 --> 00:33:55,440
batteries
717
00:33:54,240 --> 00:33:57,600
foreign
718
00:33:55,440 --> 00:34:00,059
at the world's oldest mining University
719
00:33:57,600 --> 00:34:02,519
in Fryeburg researchers have been
720
00:34:00,059 --> 00:34:06,320
studying how to best recycle Lithium-ion
721
00:34:02,519 --> 00:34:06,320
batteries for more than a decade
722
00:34:09,260 --> 00:34:14,940
we're somewhere halfway down the path of
723
00:34:12,119 --> 00:34:17,220
developing recycling technology we don't
724
00:34:14,940 --> 00:34:20,220
know everything yet but we're no longer
725
00:34:17,220 --> 00:34:22,020
clueless like 10 years ago in theory we
726
00:34:20,220 --> 00:34:24,599
can now mechanically recycle a
727
00:34:22,020 --> 00:34:26,879
Lithium-Ion battery there are companies
728
00:34:24,599 --> 00:34:30,139
that do that now we have to figure out
729
00:34:26,879 --> 00:34:30,139
the finer details
730
00:34:32,460 --> 00:34:37,619
the wide variety of battery types made
731
00:34:35,099 --> 00:34:40,500
by many different manufacturers is just
732
00:34:37,619 --> 00:34:42,679
one challenge but researchers are still
733
00:34:40,500 --> 00:34:44,760
convinced that mechanical recycling
734
00:34:42,679 --> 00:34:47,639
disassembling and shredding the battery
735
00:34:44,760 --> 00:34:50,520
is the right approach
736
00:34:47,639 --> 00:34:53,099
Ai and augmented reality could play a
737
00:34:50,520 --> 00:34:55,320
major role sometimes the layers of
738
00:34:53,099 --> 00:34:57,599
material that need to be separated are
739
00:34:55,320 --> 00:34:59,310
thinner than a human hair and there are
740
00:34:57,599 --> 00:35:02,000
other challenges too
741
00:34:59,310 --> 00:35:04,920
[Music]
742
00:35:02,000 --> 00:35:07,760
the EU has set good sustainability
743
00:35:04,920 --> 00:35:11,339
targets which is part of the discussion
744
00:35:07,760 --> 00:35:14,700
they've said okay 65 of this Mass needs
745
00:35:11,339 --> 00:35:16,800
to be recycled which still leaves 35
746
00:35:14,700 --> 00:35:20,400
that doesn't have to be directly
747
00:35:16,800 --> 00:35:22,980
recycled but we still have to extract a
748
00:35:20,400 --> 00:35:25,940
set percentage of nickel Cobalt copper
749
00:35:22,980 --> 00:35:29,520
and lithium and that's a challenge
750
00:35:25,940 --> 00:35:31,380
if I have to extract 90 of a metal in
751
00:35:29,520 --> 00:35:32,839
the battery then I need to get inside
752
00:35:31,380 --> 00:35:35,280
the South
753
00:35:32,839 --> 00:35:38,900
and I need to lose no more than 10
754
00:35:35,280 --> 00:35:38,900
percent of the metal in the process
755
00:35:39,200 --> 00:35:46,220
I think mechanical processes together
756
00:35:41,820 --> 00:35:46,220
with other processes can achieve that
757
00:35:46,339 --> 00:35:51,140
not easily but it can be done
758
00:35:52,680 --> 00:35:56,579
yeah
759
00:35:54,180 --> 00:35:58,680
Science and Industry are coming up with
760
00:35:56,579 --> 00:36:00,180
innovative solutions and making an
761
00:35:58,680 --> 00:36:04,640
important contribution to the
762
00:36:00,180 --> 00:36:04,640
sustainability of Lithium-ion batteries
763
00:36:04,920 --> 00:36:09,540
but many recycling plants today are
764
00:36:07,440 --> 00:36:11,579
already working at capacity and
765
00:36:09,540 --> 00:36:13,980
production waste will also have to be
766
00:36:11,579 --> 00:36:16,140
recycled which has only partially been
767
00:36:13,980 --> 00:36:17,640
factored into the equation
768
00:36:16,140 --> 00:36:20,460
[Music]
769
00:36:17,640 --> 00:36:22,740
the recycling industry is growing and
770
00:36:20,460 --> 00:36:24,599
accelerating but will they be able to
771
00:36:22,740 --> 00:36:26,880
handle the millions of spent batteries
772
00:36:24,599 --> 00:36:29,720
that will need sustainable recycling by
773
00:36:26,880 --> 00:36:29,720
2030.
774
00:36:32,220 --> 00:36:36,780
Second Life storage facilities could
775
00:36:34,560 --> 00:36:39,180
make a difference the first battery
776
00:36:36,780 --> 00:36:43,460
modules are arriving today at the 20
777
00:36:39,180 --> 00:36:43,460
megawatt stationary storage facility
778
00:36:43,920 --> 00:36:47,359
and this is just the beginning
779
00:36:48,440 --> 00:36:55,619
about 13 000 battery modules will be
780
00:36:51,720 --> 00:36:56,720
installed here about 2 000 are used the
781
00:36:55,619 --> 00:36:59,640
rest
782
00:36:56,720 --> 00:37:02,119
the used modules are on their last life
783
00:36:59,640 --> 00:37:04,560
so there aren't all that many yet
784
00:37:02,119 --> 00:37:06,780
but that will change and it will
785
00:37:04,560 --> 00:37:09,140
increase the sustainability of our
786
00:37:06,780 --> 00:37:09,140
facility
787
00:37:11,640 --> 00:37:15,540
storage facility is modular so it can be
788
00:37:14,520 --> 00:37:17,700
expanded
789
00:37:15,540 --> 00:37:20,760
that will allow the facility to store
790
00:37:17,700 --> 00:37:22,440
more and more energy over time and it
791
00:37:20,760 --> 00:37:25,400
will extend the lifespan of the
792
00:37:22,440 --> 00:37:25,400
batteries by years
793
00:37:27,180 --> 00:37:32,160
the engineers are also working to ensure
794
00:37:29,520 --> 00:37:34,020
safety an important job in a high
795
00:37:32,160 --> 00:37:35,480
performance facility filled with used
796
00:37:34,020 --> 00:37:37,820
batteries
797
00:37:35,480 --> 00:37:40,800
foreign
798
00:37:37,820 --> 00:37:43,260
have an AI system that monitors the
799
00:37:40,800 --> 00:37:44,540
modules to ensure fire and electrical
800
00:37:43,260 --> 00:37:47,579
safety
801
00:37:44,540 --> 00:37:49,760
it gives us a lot of data which we can
802
00:37:47,579 --> 00:37:52,859
assess down to the cell
803
00:37:49,760 --> 00:37:56,720
AI helps us monitor this huge facility
804
00:37:52,859 --> 00:37:56,720
down to the smallest of details
805
00:37:57,420 --> 00:38:01,980
artificial intelligence helps make the
806
00:37:59,820 --> 00:38:04,380
facility safe and scalable
807
00:38:01,980 --> 00:38:07,560
several facilities like this one can be
808
00:38:04,380 --> 00:38:10,740
monitored by a small Workforce
809
00:38:07,560 --> 00:38:12,450
and AI is also key to the cell test
810
00:38:10,740 --> 00:38:14,540
stations
811
00:38:12,450 --> 00:38:17,160
[Music]
812
00:38:14,540 --> 00:38:19,500
we can now take the cells out of the
813
00:38:17,160 --> 00:38:22,260
used modules analyze them at the test
814
00:38:19,500 --> 00:38:25,579
station and assemble them into a new
815
00:38:22,260 --> 00:38:25,579
good battery module
816
00:38:26,250 --> 00:38:31,239
[Music]
817
00:38:34,440 --> 00:38:40,079
Research into more efficient and
818
00:38:36,839 --> 00:38:42,780
sustainable power units is continuing
819
00:38:40,079 --> 00:38:45,060
industry is also on board and has
820
00:38:42,780 --> 00:38:49,339
designed new and more efficient concepts
821
00:38:45,060 --> 00:38:49,339
for moving Goods inside warehouses
822
00:38:49,440 --> 00:38:54,300
one of the most promising ideas in the
823
00:38:51,839 --> 00:38:59,119
field of lithium-ion battery power is
824
00:38:54,300 --> 00:38:59,119
amr's autonomous mobile robots
825
00:39:00,650 --> 00:39:04,699
[Music]
826
00:39:05,780 --> 00:39:11,760
Energy Efficiency is always an issue the
827
00:39:09,660 --> 00:39:13,200
vehicles behind me are very small so
828
00:39:11,760 --> 00:39:16,880
they need batteries with a high energy
829
00:39:13,200 --> 00:39:16,880
density is
830
00:39:18,859 --> 00:39:23,660
these small batteries we go eight hours
831
00:39:21,420 --> 00:39:26,160
on a single charge
832
00:39:23,660 --> 00:39:30,000
that's remarkable for a vehicle that can
833
00:39:26,160 --> 00:39:30,000
carry a full time transported
834
00:39:30,300 --> 00:39:36,180
[Music]
835
00:39:32,480 --> 00:39:38,220
these robots are small and agile their
836
00:39:36,180 --> 00:39:39,420
low weight also reduces their power
837
00:39:38,220 --> 00:39:43,280
consumption
838
00:39:39,420 --> 00:39:43,280
is this the wave of the future
839
00:39:46,099 --> 00:39:51,060
it's conceivable that we could use lead
840
00:39:48,540 --> 00:39:53,339
acid or conventional Technologies but
841
00:39:51,060 --> 00:39:55,020
there would be many disadvantages we'd
842
00:39:53,339 --> 00:39:56,359
have to fully discharge the batteries to
843
00:39:55,020 --> 00:39:58,460
avoid a memory
844
00:39:56,359 --> 00:40:01,260
effects
845
00:39:58,460 --> 00:40:03,060
with lithium ion batteries you can use
846
00:40:01,260 --> 00:40:05,420
short breaks in the workflow to do a
847
00:40:03,060 --> 00:40:07,859
quick charge
848
00:40:05,420 --> 00:40:10,020
that way the vehicle keeps running for
849
00:40:07,859 --> 00:40:12,180
more than eight hours it might even
850
00:40:10,020 --> 00:40:15,200
manage two full shifts before it needs a
851
00:40:12,180 --> 00:40:15,200
full overnight charge
852
00:40:16,920 --> 00:40:21,780
[Music]
853
00:40:19,260 --> 00:40:24,420
in Munich researchers are already
854
00:40:21,780 --> 00:40:28,339
working on the next generation of amrs
855
00:40:24,420 --> 00:40:28,339
which will be even more advanced
856
00:40:28,650 --> 00:40:31,920
[Music]
857
00:40:30,000 --> 00:40:33,960
so I'm currently trying to connect to
858
00:40:31,920 --> 00:40:36,540
the robot so that I can test if it can
859
00:40:33,960 --> 00:40:39,180
drive with a new product backpack and if
860
00:40:36,540 --> 00:40:41,280
it can lift and drop down the pellets so
861
00:40:39,180 --> 00:40:42,900
the hardest thing I guess is to put
862
00:40:41,280 --> 00:40:44,640
everything together like make sure that
863
00:40:42,900 --> 00:40:46,800
all the parts of the system are working
864
00:40:44,640 --> 00:40:48,240
together and
865
00:40:46,800 --> 00:40:50,579
integrated
866
00:40:48,240 --> 00:40:52,680
well for today the goal is that the
867
00:40:50,579 --> 00:40:55,560
robot moves the pallet from one station
868
00:40:52,680 --> 00:40:58,320
to another so we will just let it drive
869
00:40:55,560 --> 00:41:00,839
and observe if it works
870
00:40:58,320 --> 00:41:03,740
the AMR is scheduled to go into mass
871
00:41:00,839 --> 00:41:03,740
production soon
872
00:41:04,560 --> 00:41:08,940
intro Logistics can benefit from
873
00:41:06,480 --> 00:41:11,700
e-mobility Solutions more quickly than
874
00:41:08,940 --> 00:41:14,599
other sectors in part because warehouses
875
00:41:11,700 --> 00:41:14,599
are enclosed
876
00:41:17,119 --> 00:41:22,740
the lithium ion batteries are also a key
877
00:41:20,339 --> 00:41:24,660
factor because energy is the decisive
878
00:41:22,740 --> 00:41:27,839
Factor traditional energy storage
879
00:41:24,660 --> 00:41:29,640
solutions are much bigger with those our
880
00:41:27,839 --> 00:41:31,760
project would never have gotten off the
881
00:41:29,640 --> 00:41:31,760
ground
882
00:41:35,030 --> 00:41:40,220
[Music]
883
00:41:37,920 --> 00:41:40,220
foreign
884
00:41:41,119 --> 00:41:45,570
technology has already transformed the
885
00:41:43,920 --> 00:41:47,960
way we live and work today
886
00:41:45,570 --> 00:41:51,420
[Music]
887
00:41:47,960 --> 00:41:53,220
as an e-mobility Pioneer the intra
888
00:41:51,420 --> 00:41:55,380
Logistics industry is already
889
00:41:53,220 --> 00:41:57,060
anticipating the challenges and
890
00:41:55,380 --> 00:41:59,540
opportunities the green energy
891
00:41:57,060 --> 00:42:00,680
transition will bring
892
00:41:59,540 --> 00:42:02,820
[Music]
893
00:42:00,680 --> 00:42:07,099
researchers are working to design
894
00:42:02,820 --> 00:42:07,099
Innovative and Sustainable Solutions
895
00:42:07,320 --> 00:42:11,040
and collaborating with industry to
896
00:42:09,480 --> 00:42:13,619
develop the next generation of
897
00:42:11,040 --> 00:42:16,440
lithium-ion technology
898
00:42:13,619 --> 00:42:18,900
together they share the same vital goal
899
00:42:16,440 --> 00:42:19,280
creating a better and more sustainable
900
00:42:18,900 --> 00:42:32,060
future
901
00:42:19,280 --> 00:42:32,060
[Music]
64191
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