E-mobility as a service
Overview of the status and impact of the innovation
What
In the mobility-as-a-service (MaaS) model, people buy transportation services instead of purchasing and owning private vehicles. MaaS bundles several transport modes, allowing travellers to organise their travels based on their own preferences, pricing and available transport modes. In the case of electric mobility as a service (E-MaaS), all the transportation modes are different types of electric vehicles, including e-scooters and e-bikes. Both the vehicles and the associated charging and energy infrastructure for E-MaaS are aggregated and owned by a third party and then used by customers, who pay for using the vehicles. E-MaaS models can be used to market the use of electric commercial fleets.
Why
E-MaaS allows people and businesses to pay only for the transportation services they use rather than having to buy and maintain a vehicle. This reduces or removes the upfront costs of switching to electric mobility and allows people and businesses to choose the cheapest, most convenient, greenest or fastest option to meet their needs. Shared vehicles in the E-MaaS model typically have higher utilisation rates than privately owned vehicles, thereby lowering the overall costs of the EVs (with their high capital cost but low operating cost) and accelerating the energy transition. Moreover, with V2G, E-MaaS operators can realise extra revenues by providing services to the grid.
BOX 3.26 Micro mobility platforms, an E-MaaS model
Related kits
Power to mobility innovations
Innovations (35)
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Technology and infrastructure
- 1 EV model evolution
- 2 EV batteries
- 3 Battery recycling technology
- 4 Diversity and ubiquity of charging points
- 5 Wireless charging
- 6 Overhead chargings
- 7 Portable charging stations
- 8 V2G systems
- 9 Digitalisation for energy management and smart charging
- 10 Blockchain-enabled transactions
- 11 Smart distribution transformers
- 12 Smart meters and submeters
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Market design and regulation
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System planning and operation
- 20 Cross-sectoral co-operation and Integrated planning
- 21 Including EV load in power system planning
- 22 Grid data transparency
- 23 Clean highway corridors
- 24 Operational flexibility in power systems to integrate EVs
- 25 Management of flexible EV load to integrate variable renewable energy
- 26 Management of flexible EV load to defer grid upgrades
- 27 EV as a resilience solution
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Business models