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WEF_Raising_Ambitions_2020
auto-generated 1-Feb-2021
In Collaboration with Accenture Strategy Raising Ambitions: A new roadmap for the automotive circular economy C I R C U L A R C A R S I N I T I A T I V E B U S I N E S S M O D E L S C L U S T E R D E C E M B E R 2 0 2 0 Contents Foreword Letter from Accenture Strategy and the World Economic Forum Introduction 1 In a nutshell: driving industry transformation 2 There is an urgent need for circular business models 3 Making sense of circularity: proposed definitions, measurements and levels of circu

Keywords

cycle km per vehicle emissions from the production sources in the production bev and the production passengers in the vehicle component of the automotive solution with the solution transformation of the energy workshops as a circularity

Sources: WEF

Pathway Demo and Download Data

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This section lists the Pathway type, Priority/ function areas, Sectors/ fields of life and People/ roles for the pathway.
Type:   Forecasts
Priority/ Function Areas:   Law & Government  People & Society
Sectors/ Fields of Life:   Economy-wide
People/ Roles:   Multi-Nationals  Private Corporations  Governments
This section lists the Categories, Goals, Measures and Actions included in the pathway.
Categories:   business   relevant   cycle   recycling   remanufacturing   optimize   increase   component   fleet   strategy   level   accenture   enable   reuse   resource   material   model   emission   workshop   technology   reduce   circular   energy   services   mobility   electric   carbon   vehicle   demand   industry   circularity   include   automotive   economic   world   battery
Profiles:   each pathway   the drive   this providers   e overview   the authors   it pods   the sector   the improvement   the initiative   the trend   the workstream   albis group   the forum   its implementation   the automobility   the approach   a platform   the potential   another example   the modelling   the company   the taxonomy   the confluence   the archetypes   we definition   pkm system   the difference   the case   the move   this kind   this study   the design   the models   a workshops   a approach   the world   the impacts   this ranges   the path   this report   the industry   the price   a product   this solution   the table   we research   the workshops   the concern   the objective   oems suppliers   this regulations   a chain   it members   u definition   secondlife applications   oem optimization   the car   the goal   it work   the indicators   a point   its oems   the consensus   a startup   all rights   this models   the pathways   the chain   the time   co2a car   a force   the workshop   accenture analysis   a taxonomy   the focus   schmidt sector   all materials   an companies   the characteristics   this pathway   the economy   this vision   the strategy   all cars   l design   the lifetime   a vehicle   accenture strategy   a system   the opportunity   this task   the consolidation   this framework   this strategies   this methodology   a roadmap   a customer
Goals:   imagine raising ambitions   provide adjusted vehicles   reduce consumption improvement   represent immediate opportunity   overshoot estimated budgets   use business models   call green workshop   relate complete shift   minimize scrap workshops   drive resource consumption   achieve economy transformation   use appropriate mix   orchestrate full ecosystem   reduce car inflows   measure increased use   wheel michelin institute   maximize resource value   establish common language   lead lead strategy   require coordination exchange   enable capacity use   minimize leasing reuse   chart individual paths   serve mobility demand   realize shared vision   extend lifetimes vehicle   transform automotive market   consider full picture   ambition new roadmap   start pilot projects   increase delivered service   optimize surrounding ecosystem   use solution models   create generational disruption   reexamine underlying premise   address core aspect   identify enablers solutions   minimize efficiency co2   represent transformational shift   integrate rental durations   address key recommendations   phase vehicle production   achieve material content   achieve full impact   enable application levels   realign profit motive   meet performance requirements   thank following partners   address relevant tools   reduce carbon emissions   prioritize greatest opportunities   produce materials waste   stop pathways solutions   address distinct variable   reduce total number   come circular car   increase cycle kilometre   establish common basis   integrate practical knowledge   greet agency rates   minimize market maker   match materials energy   drive passenger kilometres   reduce emissions extraction   emphasize new roadmap   take systemic approach   outline investments milestones   enable systems optimization   benefit business models   enhance broader ecosystem   deliver societal dividends   optimize recycling rate   invent deployable platform   achieve capacity use   breathe production capacity   shape world forum   examine policy support   accelerate vehicle factors   create reporting frameworks   increase passenger kilometres   establish aim schemes   form common voice   form cars initiative   use leasing vehicle   provide independence freedom   offer comprehensive view   reduce raising ambitions   use car ownership   identify generate models   modularize strengthening workshops   take shorter cycles   capture revenue streams   sell including car   hold transformation paradigms   enable bright world   use goods resources   lead world forum   develop calls concept   pursue solutions circularity   identify required enablers   mean carbon emissions   reduce design potential   make definitions measurements   minimize emissions consumption   embrace systemic approach   develop improves platform   build new chain   integrate efficiency co2   overcome restrictions barriers   build circular ecosystem   require radical transformation   manage original equipment   recondition including parts   maximize mobility output   make indelible mark   assemble broad coalition   drive carbon efficiency   increase environmental sustainability   achieve carbon emissions   decarbonize car bevs   improve carbon efficiency   use recycled materials   require common language   deliver full charge   build new ecosystem   align regarding measures   eliminate abated co2   make chain circular   breathe source strategy   include hailing sharing   drive climate crisis   dominate mobility vehicles   soak go power   create plastic moment   minimize recoverable product   raise new roadmap   optimize life cycle   enable entire system   represent application level   minimize scrap oems   include raising ambitions   reach new roadmap   provide higher number   increase avoided rates   weigh mobility modes   represent feasible solution   create common framework   operationalize circular economy   nish job emissions   achieve invest incentive   drive renewable energy   enable time use   recognize valuable support   develop recycling technologies   take greenest route   achieve new roadmap   take holistic view   propel modern industry   lack regulatory hurdles   increase green hydrogen   build sustainable economy   use solutions vehicleondemand   receive maintenance repair   scale remanufacturing reuse   align value improvement   optimize optimize services   breathe vehicle reuse   orchestrate taken actions   provide align variations   minimize car impact   develop guide taxonomy
Measures:   application level   collection sorting   shorterrange batteries   promise solutions   different loops   grid vehicle   holistic vehicle   specific solutions   effective fleets   high requirements   double benefit   regional agendas   urban commuting   vehicle reuse   concrete thresholds   sustainable economy   press need   good incentives   high speeds   hail sharing   highervalue disassembly   cost optimization   automotive case   short periods   average number   aftermarket design   accenture analysis   normal relying   innovative materials   full chain   material assembly   high value   industry transformation   secondary materials   normal solution   nonexhaustive source   different durations   optimize oems   green workshop   concrete projects   ongoing work   phase assembly   phase requirements   fast systems   alternative solutions   main example   recyclable cars   rare metals   plastic moment   valuable support   extensive logistics   eets vehicle   international organizations   full vehicle   private stakeholder   special issue   downcycling ambitions   life cycle   short time   chain circular   antitrust regulation   new vehicle   low technologies   true ownership   generational disruption   climate crisis   mobility demand   predictive maintenance   alternative drivetrain   environmental tradeoffs   optimize services   short horizon   constant output   reman vehicles   current intensity   typical levels   german mix   more optimization   fix size   global product   organize industry   distinct strategies   renewable materials   important considerations   mobility asaservice   sustainable development   green network   short cycles   same period   concrete action   recyclable materials   external applications   same time   corporate rental   batteryasaservice model   outdate parts   system optimization   costly systems   inspire members   radical transformation   require enablers   major programme   holistic set   modern culture   theoretical vehicle   car bevs   resource efficiency   full loops   internal combustion   reman shares   extend life   optimal levels   appropriate mix   energyintensive processes   foremost business   material lifetime   mobility platforms   circular loops   definition lifetime   green route   extend trips   decommission vehicles   carbonintensive energy   bulk purchases   full integration   systemlevel use   good practice   modern industry   underdevelop lifecycle   next years   p2p sharing   servicebased models   base materials   circular system   cycle kilometre   mobilityasaservicelocal pilot   carbased mobility   multifacete process   vehicle production   consortium efforts   reuse renewedlifetime   performance requirements   analytic partners   vibrant technologies   battery swap   full improvement   diverse community   renewable electricity   central role   more parts   regulatory hurdles   carbonneutral use   most cars   commercial poolssecond   new usage   relevant tools   circular way   full impact   product specification   clean electricity   clean energy   automotive letter   ice pathway   underlie premise   resource consumption   vehicle variations   align incentives   electric car   vehicle owners   circular inputs   technological development   single entity   key areas   urgent need   logistic reuse   unintended oems   full charge   profit motive   indirect impact   entire system   automotive sustainability   local group   second life   demandresponsive transportride   future discussion   improve processes   local emissions   maintenance repair   economic viabilitygreen   comparative lca   repurposing recycling   circular car   supportive policy   certain companies   notional vehicle   price schemes   respective reduction   feasible solution   private mobility   average intensity   economic interest   strategy analysis   les harm   value chains   critical milestones   potential projects   utlilization improvement   international resource   multiyear initiative   circular cars   total number   nongovernmental organizations   new materials   new investors   economic forum   recycle materials   low levels   ownership reuse   view batteries   high level   highlight solutions   complex endeavour   revenue streams   business models   capacity costs   high recyclability   optimize lifetime   commercial vehicles   first effort   first view   close loops   print drivetrains   ample s   recycle technologies   global economy   past years   total use   remanufacture parts   professional sorting   capacity use   businessasusual scenario   current models   longterm success   les energy   relevant variables   important aspects   longrange batteries   joint standards   sustainable cars   transformation paradigms   secure support   virgin material   reverse logistics   efficiency co2   production capacities   workshop workshops   autonomous model   mobility barriers   surround ecosystem   low emissions   major element   material recoverability   global head   manufacture scrap   modern materials   automotive materials   responsible way   low fruits   pool pooling   identify steps   certain costs   full optimization   noncircular improvement   accenture strategy   extend lifetimes   repair disassembly   electric mobility   positive impact   application levels   carbon leakage   future scenarios   rare elements   purposebuilt platforms   broad coalition   automotive circularity   power mix   current mix   significant scale   joanneum research   great opportunities   tight integration   electric cars   production capacity   remanufacture options   new offerings   car ownership   new components   next steps   few cars   primary barriers   industry ambition   green energy   digital ecosystem   full fleet   long lifetime   optimum integration   different modes   closedloop recycling   renewable energyfuel   eets platforms   select recyclers   value ecosystem   key lever   multiple offerings   valuable componentsdetail   new models   production oems   congest roads   replacement cycles   significant investments   global agendas   propose measurements   multimodal platform   good repair   circular inflow   low circularity   remanufacture components   average vehicles   total materials   intensive collaboration   net impact   ambitious roadmaps   individual circularity   low carbon   green oems   optimize materials   production workshops   synergy ecosystem   vivid technologies   good methods   core aspect   key recommendations   unnecessary inefficiency   lifecycle km   batteryelectric vehicle   circularityfocused projects   increase factors   servicefocused models   necessary vehicles   new acceptance   resource value   research organizations   absolute emissions   public transport   endoflife reuse   loop recycling   raise ambitions   high use   industry effort   pilot projects   public health   good case   unavoidable scrap   efficient usage   next step   salesfocused model   reverse passports   standardize product   global mobility   new ecosystem   market picture   total scrap   co2 emissions   asaservice barriers   propose taxonomy   individual cars   material scrap   critical components   automotive sector   utilization improvement   consumer risk   circular technologies   netzero emissions   international organization   optimize use   increase transparency   main actions   many dozens   circular ecosystem   governmental bodies   advance recycling   efficiency measures   relevant information   passenger kilometres   average vehicle   adjacent ecosystems   aspirational purchase   own use   energyefficiency measures   see figure   clean technologies   relevant sources   adjust vehicles   automotive market   overarch levels   vehicle use   economy transformation   economic dividends   multimodal platforms   main workstreams   lifecycle framework   far discussion   pattern models   european drivers   full cost   full lifecycle   original equipment   sustainable transparency   recyclable level   material vehicle   necessary technologies   new forms   source strategy   automotive industry   new vehicles   vehicle platforms   eetbased use   micro mobility   marginal costs   executive committee   value improvement   breakthrough technologies   environmentshared use   high levels   increase vehicle   entire fleet   old plant   modular vehicle   major role   national governments   sustainable ambitions   current technology   holistic view   green members   renewable sources   upgradability disassembly   estimate budgets   decadal transformation   vehicle lifetime   ciencynoncircular gpassenger   integral element   joanneum elektroautos   comprehensive view   green principles   new possibilities   remanufacture inflows   necessary solutions   major strategies   vehicle factors   indepth interviews   systemic incentives   relevant methodology   overall system   usephase emissions   autonomous product   velevel taxonomy   expand schemes   global cars   next workshops   carbonneutral materials   passport maker   recyclable loop   flexible production   increase loops   green hydrogen   green workshops   different services   key block   new inputs   new enablers   primary measures   available capacity   coordinate investments   advance technologies   main pathways   recycle content   joint research   maximum lifetime   manufacturingnew technologies   noncircular resources   net positivity   clever models   interdependent solutions   energyrelated aspects   select materials   same value   deployable platform   energy system   high circularity   specialize facilities   autonomous platform   capture value   automotive value   solution workshops   pathway solutions   result models   modular concept   next decades   hold cars   concrete actions   carbon efficiency   ride pooling   recycle rate   ciencynoncircular consumption   mobility modes   net impacts   material content   increase materials   improve rate   carbon emissions   systemic cars   full picture   bold source   batteryswapping stations   global vehicle   customer acceptance   increase circularity   noncircular inflows   new streams   incentive carbon   endoflife processing   full value   indelible mark   developmentscenario20002030 link   material product   political business   far establishment   potential solutions   interview partners   residual valueproof   scalebattery metals   pervehicle kilometres   massive demand   battery ownership   low transparency   wwwieaorgdataandstatisticschartstransportsectorco2emissionsbymodeinthesustainable link   advance technology   aspirational goal   cityeconomic value   agency rates   follow partners   measure co2   production scrap   individual paths   necessary speeds   charge governments   energy use   inefficient allocation   advance systems   positive impacts   close integration   inclusive approach   grey fleet   coordinationaligned incentives   major enabler   same level   more mobility   automotive oems   new workshops   increase km   practical knowledge   immediate opportunity   recycle rates   total emissions   substantial crossvalue   different solutions   autonomous driving   circular models   reuse parts   reduce renewedlifetime   low usage   renewable procurement   innovative approaches   retreaded components   average passengers   circular resource   moderate circularity   production methods   car inflows   automotive economy   internal vehicle   reduce components   imagesraising ambitions   improve maintenance   additional investments   lifetime fleets   stock table   common voice   material waste   maintenance services   full circularity   full ecosystem   participate companies   international alliance   dramatic reductions   integration vehicle   purposebuiltpurposeadjusted vehicles   increase use   analogous calculation   component reuse   datum transparency   circular industry   datasharing standards   investment milestones   businessasusual use   fivelevel taxonomy   transformational shift   electric vehicle   aforementioned solutions   les waste   optimize source   production technologies   necessary interventions   sustainable wbcsd   automotive pathways   fleet uber   energy grids   occupancy rates   adequate stocks   share services   carbon intensity   additional energy   global trend   aspirational vision   broad ecosystem   efficiency km   circular stocks   common basis   common measures   carbon ciency   scrapnoncircular gnoncircular   modular design   several questions   infrastructuredevelop strategies   global glass   international agency   circular value   automotive engineers   common language   alternative model   increase recycling   report frameworks   balance capacity   alternative models   high number   senior director   lifetime materials   good materials   subscriptionbased ownership   large share   automotive future   mobility output   highercapacity use   technological possibilities   onetime effort   inspire leadership   current ownership   logistic processes   quantify resources   new production   bloombergnef outlook   lifecycle emissions   select components   narrow materials   new opportunities   solution circularity   automotive functions   comparative study   special offers   predictive analytics   indicative moment   car sales   increase demand   standard frameworks   renewable generation   automotive description   costly acceptance   automotive workshops   national infrastructure   remanufacture costcompetitiveness   definition measurements   grow demand   high components   renewable charging   close exchange   business value   share vision   traditional models   low intensity   total table   revolutionary change   automotive fleet   whole cycle   come months   important goal   job emissions   new chain   drivetrain optimization   specialize recyclers   automotive applications   fleetbased forms   rural areas   highvalue component   market maker   circular source   governance framework   complete shift   scrap oems   possible components   solution models   automotive details   smartbattery technology   recycle material   circular economy   integrate materials   productive value   several bodies   cyclenoncircular consumption   relevant models   datum basis   financial services   select enablers   resource recovery   new roadmap   yearly co2   circular material   policy support   systemic approach   autonomous robotics   high weight   demand cycles   value chain   environmental sustainability   broad community   automotive foreword   new technologies   source analysis   few years   high utilization   indepth analysis   environmental megatrends   classic makeusewaste   strengthen workshops   optimize reuse   common framework   academic institutions   far operators   good coordination   rapid decarbonization   recoveryrelevant specification   phase optimization   global warming   ride sharing   efficiency services   global metals   scrap workshops   open questions   low co2   large portions   analytic process   private ownership   suitable components   new world   globally circularity   vehicle materials   fleetbased mobility   new facilities   circular economics   automobility ecosystem   electric vehicles   average occupancy   societal dividends   autonomous post   clean air   alternative drivetrains   assume scenario   manage director   future discourse   rental durations   bright world   resource ciency   ubiquitous lifetime   dramatic increases   environmental impact   capacity factors   public goods   average kmyear   new sales   automotive board   circular scenario   use parts   manufacture prototypes   new cars   global scale   new way   material efficiency   car initiative   great interest   total mass   overbuilt vehicles   local overproduction   drivetrains platform   proper level   immense collaboration   renewable energy   text solution   endof treatment   increase collaboration   available supply   full positivity   economic inequality   commercial use   millionth swap   exhaust emissions   input lifetime   increase operation   car maintenance   come years   renewable power   improve use   concrete pathways   share vehicle   virgin materials   boost use   vehicle workshops   policy tools   reman table   low traceability   loopsbestpractice disassembly   old vehicles   noncircular consumption   recoverable materials
Actions:   reach roadmap   produce cars   optimize ecosystem   remake chains   extend mileage   outline milestones   achieve use   accelerate trade   decarbonize recycling   achieve circularity   reduce improvement   add value   prioritize technologies   use models   close gap   reduce scrap   accelerate distribution   lead strategy   design batteries   prevent industry   use insights   drive levels   use parts   raise 2   develop platform   lay series   represent opportunity   represent model   achieve climate   recognize support   extend fleets   make sense   use mix   measure circularity   chart paths   scale use   achieve scale   use vehicleondemand   transform workshop   align vehicles   complete swap   address variable   own battery   make measurements   support forum   eliminate ownership   use vehicle   improve rates   balance loads   modularize workshops   create frameworks   achieve scenario3   connect specification   use materials   assemble coalition   call workshop   extend vehicle   use report   lead transformation   achieve ambitions   play role   establish stocks   achieve f   increase degree   phase production   harness power   capture streams   see figure   integrate driving   push them   crash climate   develop framework   thank accenture   scale number   optimize use   pursue circularity   deliver dividends   provide overview   mean emissions   represent solution   examine support   address exigencies   integrate economics   application signi   use s   improve use   raise ambition   transform market   prioritize opportunities   create moment   measure efficiency   enable optimization   share fleet   complicate use   lead forum   fill gap   elevate circularity   hold paradigms   minimize product   pivote ambitions   take role   require alignment   represent effort   increase circularity   explore investments   reduce risk   lie foundation   measure progress   increase service   reduce optimization   integrate knowledge   deliver convergence   govern manufacture   go trends   reexamine premise   take hold   own car   measure co2   require language   define number   provide description   achieve level   regard cars   reach areas   plan models   consider picture   make use   form voice   help co2   scale co2   match energy   optimize model   set targets   optimize capacities   neglect variety   increase use   relate shift   delineate pathways   unlock companies   describe vehicles   shape forum   swap batteries   require reimagination   realign motive   combine mobility   align car   use sales   deploy measures   mobilityasaservice change   benefit models   ensure use   generate mobility   use patterns   drive efficiency   continue ambitions   decarbonize use   reduce ambitions   increase incentives   differentiate it   align measures   evaluate degree   invest benefits   support development   recondition parts   support exchange   establish basis   accelerate factors   use it   use cars   enable disassembly   increase batteries   manage table   use phase   achieve incentive   sell products   enable reuse   absorb energy   use mobility   drive transformation   require decarbonization   enhance ecosystem   enable consumer   enable industry   drive crisis   approach maintenance   manage them   develop ecosystem   create value   reduce co2   develop standards   minimize oems   employ insights   transform concept   ambition roadmap   increase offerings   use methods   prioritize inputs   represent level   use ownership   form initiative   support projects   enable pathway   optimize vehicles   realize vision   develop taxonomy   optimize cycle   build ecosystem   deliver unit   propose efficiency   overshoot budgets   build economy   experience c   fuel cost   propose taxonomy   incentivize reduction   breathe strategy   die girardi   orchestrate ecosystem   reduce number   greet rates   require implementation   recyclingclosing loop   reserve part   require oems   require ambitions   fit ranges   reduce amount   identify solutions   increase rates   die analysis   optimize rates   reduce extraction   create stocks   receive repair   emphasize roadmap   raise ambitions   report issue   integrate co2   achieve content   enable renault   dominate vehicles   optimize services   measure use   use stations   include consumption   recycle models   maximize value   create markets   achieve emissions   use batteries   provide guarantee   use resources   build chain   reverse organizations   align carbon   engage business   facilitate disassembly   understand acceptance   take route   take approach   achieve impact   provide number   lay taxonomy   push cars   minimize co2   understand circularity   increase kilometres   enable system   align incentives   minimize scrap   address which   improve state   improve ciency   breathe reuse   enable levels   increase efficiency   serve demand   scale technologies   develop concept   offer variety   recycle ow   witness shift   represent shift   reduce pressure   share models   increase circularitylifetime   emphasize importance   provide variations   invent platform   operationalize economy   take inflow   optimize factors   drive energy   enable lifetime   adapt design   aim pathway   come car   improve circularity   address tools   provide mobility   sell cars   sell car   address materials   move vision   produce waste   improve efficiency   embrace both   achieve proofs   characterize automobility   increase costcompetitiveness   manage equipment   make circular   meet requirements   imagine ambitions   provide barriers   clarify path   reduce inflows   maximize output   reduce potential   avoid reduction   use capital   achieve transformation   minimize impact   prevent leakage   increase sustainability   increase lifetime   thank partners   provide basis   combine services   provide offers   embrace approach   support success   reduce costs   highlight 16   drive consumption   include ambitions   take cycles   weigh transport   upgrade materials   enable use   minimize consumption   scale inflows   breathe platforms   document transformation   address recommendations   minimize reuse   increase cost   roadmap aim   explore options   combine solution   support approaches   recondition vehicles   unlock opportunities   drive kilometres   establish schemes   provide materials   guide progress   regard co2   connect owners   nish emissions   deliver charge   use energy   sell reuse   consider multitude   align improvement   improve processing   see table   support collaborate   integrate durations   connect dots   reduce consumption   stop solutions   pose obstacle   develop solutions   enable scaling   pool pooling   accelerate development   characterize portions   provide asaservice   raise roadmap   give freedom   increase supply   require exchange   ecosystem all   use ef   yield reductions   wheel institute   support service   address depletion   create framework   use robotics   access batteries   soak power   enable transparency   weigh fleet   overcome barriers   make mark   provide freedom   set roadmaps   provide vehicles   scale reuse   optimize rate   invest platform   propel industry   develop technologies   weigh modes   breathe capacity   eliminate co2   improve recoverability   enable world   minimize maker   simplify disassembly   sell mobility   dispense it   combine knowledge   enable recovery   provide battery   identify models   provide view   reach circularity   chart course   identify enablers   offer vehicles   provide framework   overcome challenges   balance grid   enable uptake   accelerate transformation   improve transparency   use ciency   support circularity   maximize environment   detail variety   orchestrate actions   include taxonomy   achieve scenario   subscriptionbased reuse   achieve figure   improve grids   address opportunities   increase hydrogen   reduce interest   offer view   require collaboration   scale charging   mean integration   include sharing   establish language   decarbonize bevs   create disruption   acknowledgement endnotes   minimize workshops   reverse processes   contribute insights   reduce reliance   maximize efficiency   address aspect   combine this   require transformation   increase kilometre   outflow 3   swap ample   lack hurdles   run uber   organize purchases   take view   reduce emissions   start projects   protect majority   maximize economies   achieve roadmap
This section lists the details about pathway-specific attributes.