How to address the electromobility ecosystem?

Transcription

1 Berlin Extension Innovation Ecosystems and Sustainable Mobility Wednesday, September 21, 2016 How to address the electromobility ecosystem? Carole DONADA 1

2 Agenda With a chair on Electromobility Emergence of the electromobility ecosystem Electromobility is a promising bride with many pretendents Research agenda on the conduct of the electromobility ecosystem 2

3 An academic partnership Electromobility : The use of electric powertrain technologies, invehicle information, communication technologies, and dedicated infrastructures to enable the use of personal or collective Evs (full electric, hybrid, plug-in hybrids, hydrogen fuel cell ) Energy, infrastructure & technologies EVs & grids (V2X & V2X2V) Recycling Valuation methods Public policies Incentives for EVs Regulation & Standardization Economics & business Industry evolution and conditions for growth (emergence) Dominant design, product architecture (modularization, integration) Value proposition, business models 3 Partnerships

4 Million Units EVs Statut quo in Projected in ,000, Germany France India Netherlands Portugal ,000+ Spain Japan 8 4 United States China Source: IEA 2010, 2015

5 Still a strong belief in the beauty of the bride ($ b) Driven by the request to solve environmental, energy, economic and social issues

6 A high ambiguity caracterized by - undefined or fleeting organisational structures - unclear or missing product definitions - a lack of a dominant logic to guide actions (Santos and Eisenhardt, 2009) P.6

7 Indeed Markets are hesitant with spectacular successes and failures Technological advances and infrastructure development are the driving factors Industry dynamic is disorganized Production performs on too small volumes Investment amounts are enormous Value chain is not stabilized and new players challenge incumbents Because of this high ambiguity external help is required P.7 Public policies are under pressure

8 The TANK is more problematic than the ENGINE Range anxiety & Time consuming issues Charging infrastructure has to be implemented first. Evs have to be on the roads first. The logic of the auto players The logic of the auto industry players The early stages of the market, need more The early charging stages stations of the than market, EVs need initially. more charging stations than EVs initially. Charging stations will provide necessary Charging stations sgnal to will the provide market a that the infrastructure necessary signal is there to the to market support that EV drivers. the infrastructure is there to support EV drivers. As drivers start to see more charging stations, As drivers they start will to become see more more charging comfortable stations, they with will the become idea of more driving EVs comfortable and will with become the idea more of likely driving to purchase EVs and will them. become more likely to purchase them. 8 Logic of the energy players Charging stations require a certain degree of usage to become financially viable. Private sector is interested in building up charging infrastructure if this degree of usage is ensured. Once enough electric vehicles are on the road, opportunities for business development in the charging infrastructure sector emerge.

9 2 parents for the bride E users OEMs Auto components Charge mgt Energy DSO/TSO Aggregator Charger Swap Induction

10 The bride has many pretenders Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator Charger Swap Induction

11 Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator Charger Swap Induction

12 12 Source: embarq

13 How be on pole position to drive the industry and marry the bride? Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator Charger Swap Induction Public policies Urban/National Legislation Standards

14 Research agenda : Marketing and customer Approach P1. The closest to the customer «The closer to the customer knows how to satisfy it» «The closer to the customer knows how to create customer for life and therefore value for life» 14

15 Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator Charger Swap Induction

16 A strategy based approach P2. The best integrator «The hardest companies to replace in a value chain are the «system integrators» (Jacobides and MacDuffie 2013) Secure the value chain central position Control of resources to elimitate rivalry and barganing power Execute the right modularization / integration strategy 16

17 Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator (MacDuffie and Fujimoto 2010) Charger Swap Induction

18 Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator (Donada and Fournier 2014) Charger Swap Induction

19 Integrated value chain Reuse/ Recycling Raw Materials Parts & components Vehicle design & sales Vehicle HW, SW, content extension Infrastructure development Energy Supply, Storage Mobility services provision OEMs Suppliers Utilities Complementors Customers Current core business Tentative for expansion Potential for expansion Source: Donada and Fournier

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21 A strategy based approach P3. The innovator «Those who can create products in the absense of markets» (Midler et al. 2012) Dynamic capabilities for innovation Management technology and knowledge 21

22 Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator Charger Swap Induction

23 and mainly Clearing house, for roaming SW data providers, date mgt Car sharing/pooling, fleet & surface mgt E users IT Platforms (fin, techn,social) E services OEMs Marketplace Circular economy E components Grid operators Energy 2 nd life, recycling Auto components Battery Electronics Plugs Charge mgt DSO/TSO Aggregator Charger Swap Induction

24 A strategy based approach P4. The coordinator «Those who have amassed the systematic knowledge to coordinate all the work and the many partners involved» (MacDuffie and Fujimoto 2010 Coordination is a strategic driver because it is «the end of competitive advantage» (McGrath, 2014) and the time for «collaborative advantage» (Dyer, 2000) Alliances with complementors Inter-organizational management control systems Organizational boundary spanning issues 24

25 Remind us the Santos and Eisenhardt (AMJ, 2009) framework When they explored how economic actors create nascent markets, as well as achieve dominance in them with 3 actions 1) Claiming the market: actions for becoming a cognitive referent for the customer 2) Controlling the market: actions for eliminating competition 3) Demarcating the market: actions for orchestrating industry roles and relationships P.25

26 Join our team to address the issues of the electromobility ecosystem October 2016 University Paris Dauphine, France V2X technologies Regulation issues & Business Models 26 to read our papers and special issues to find the program chair armand peugeot