Full Electric Vehicles Image
Price
Reveal Price
Publish Date
4Q 2013
Code
AN-1564
Research Type
Technology Analysis Report
Pages
28

Full Electric Vehicles

Purchase
Related Service:
Smart Mobility & Automotive
Table of Contents Related Research

Overall EV sales have been disappointing so far due to a lack of choice and perceived personal benefits; high purchase prices; and most importantly, consumer anxiety about range, maximum speed, recharging times, and the lack of public charging infrastructure. However, with many car OEMs recently dropping prices and offering more choice and improved performance, full electric vehicles are on the verge of leaving their eco niche of environmentally aware and socially responsible buyers, illustrated by car OEMs such as BMW, Daimler, and Volkswagen investing heavily in electrification.

This study covers electrification market trends and drivers, EV technologies including batteries, crowd and cloud charging, main players and EVs on the market, and forecast for shipments, EV vehicle base, penetration levels, revenues, and public charging infrastructure. It also describes the role of EVs as part of the future IoT.

Table of Contents

Table of Contents

  • 1. NEW MOMENTUM FOR FULL ELECTRIC VEHICLES
    • 1.1. New Launches
    • 1.2. The Tesla Success Story
    • 1.3. Price Decreases
    • 1.4. New Sales Momentum
    • 1.5. Full Electric Vehicles Going Mainstream
    • 1.6. Increased Performance
    • 1.7. EV Public Charging Infrastructure Deployments
    • 1.8. Changing Industry and Consumer Attitudes
    • 1.9. Electric Lifestyle
    • 1.10. Connectivity Addressing EV Range Anxiety
    • 1.11. Electrification Paving the Way for New Vehicle Concepts
    • 1.12. Use Cases, Positioning, and Segments
    • 1.13. Commercial EVs
    • 1.14. Government Involvement: Subsidies, Regulation, and Standards
    • 1.15. Energy Company Policies
    • 1.16. Hybrid versus Full Electric Vehicles
  • 2. EV AND CHARGING INFRASTRUCTURE TECHNOLOGIES
    • 2.1. EV Batteries
    • 2.2. Charging Infrastructure
    • 2.3. Crowd Charging
    • 2.4. Wireless Cloud Charging
    • 2.5. Solar Cells
    • 2.6. Battery Swapping and Switch Stations
    • 2.7. Vehicle to Grid
    • 2.8. EV Sound Technology
  • 3. EV ECOSYSTEM
    • 3.1. Tesla: Model S
    • 3.2. BMW: i3
    • 3.3. Daimler: smart fortwo Electric Drive
    • 3.4. Ford: Focus Electric
    • 3.5. GM: Chevrolet Volt, Chevrolet Spark, Cadillac ELR, and Opel Ampera
    • 3.6. Nissan: Leaf
    • 3.7. Toyota: RAV4 EV
    • 3.8. Fiat: 500e
    • 3.9. Honda: Fit EV
    • 3.10. Mitsubishi i-MiEV/Citro??n C-Zero/Peugeot iOn
    • 3.11. Renault: Kangoo Z.E., Twizy, Fluence Z.E., and Zoe
    • 3.12. Volkswagen: e-up!, e-Golf, and e-load up!
    • 3.13. Kia: Soul EV
    • 3.14. BYD: e6 and Denza
  • 4. ISSUES AND CHALLENGES
    • 4.1. Lack of Perceived Personal Benefits
    • 4.2. Battery Range
    • 4.3. Charging Infrastructure
    • 4.4. Charging Time
    • 4.5. Pricing
    • 4.6. Repair and Maintenance
    • 4.7. Lack of Standards
  • 5. ELECTRIFICATION AND THE WIDER NEW AUTOMOTIVE AND IOT PARADIGMS
  • 6. FORECASTS

Tables

  1. Full Electric Vehicle Models, World Market: 2013

Charts

  1. Full Electric Vehicle Shipments by Region, World Market, Forecast: 2010 to 2020
  2. Full Electric Vehicle Revenues by Region, World Market, Forecast: 2010 to 2020
  3. Full Electric Vehicle Installed Base by Region, World Market, Forecast: 2010 to 2020
  4. Full Electric Vehicle Installed Base Penetration by Region, World Market, Forecast: 2010 to 2020
  5. Electric Vehicle Public Charging Stations by Region, World Market, Forecast: 2010 to 2020

Figures

  1. OnStar Smart Grid APIs, World Market: 2013
  2. Toyota Smart Center Cloud Platform, World Market: 2013
  3. New Automotive Paradigms, World Market: 2013
  4. The Connected Vehicle as Part of a Connected IoT Environment, World Market: 2013