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Executive Analysis of the US EV Charging Ecosystem, 2018
Executive Analysis of the US EV Charging Ecosystem, 2018
Newer Business Models and Products Designed for an Ecosystem for Multiple Customer Personas are Driving the Growth of US EV Charging Ecosystem
05-Apr-2019
North America
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Description
By 2025, over 2 million electric vehicles (EVs) are expected to be sold only in the US. Consumers now prefer EVs over ICEs owing to fast developing charging network across the US. There is an opportunity for both AC and DC charging network expansion and traditional business models are not sufficient anymore. Unlike fuel stations, with respect to EV charging, there is no one-size-fits-all solution and OEMs, EVSEs, CPOs, and aggregators are capitalising on this opportunity. For instance, highways need equally spaced fast chargers city centres such as parking spaces, apartment complexes require AC charging station and a product design that is compact, modular, and scalable. The next wave of charging is the 350kW ultra-fast chargers to be deployed and distributed along the highway. However, the need for lower power AC and DC charging units is still existential within the cities, and both fast and slow chargers will co-exist as the EV market expands. Therefore, it becomes imperative for participants in the market to not only focus on product/technology but also on the business model. How they reach consumers and the experience they create while reducing the cognitive load will become a key differentiating factor. A plethora of business models designed to reach to consumers are creating markets that previously did not exist. Charging operators are borrowing from principles such as access economy, subscription, and premium and ad-based economy from other verticals to design their business and carve a niche.
This study analyses various market participants segmented into manufacturers/suppliers, charge point operators, and aggregators to outline their existing business models and to design business models that could emerge in the future. New types of charging are emerging, such as the Photovoltaic technology advancements, which are expected to drive momentum and interest among Ford and Toyota. Static inductive charging is set to revolutionise the market beginning in luxury and later to the mass market as seen in the case of BMW and Mercedes. Companies like Qualcomm are fast tracking the development and will be the forerunner to technologies such as autonomous parking and charging. The study will also analyse the existing white spaces in the US charging infrastructure.
Key Issues Addressed
- What is the growth of the US EV charging and how is it impacting its existing charging infrastructure?
- What is the future scenario for the US EV charging market?
- Who are the market participants and what are their business models?
- What are the new business models and possible future business model designs in the charging space?
- Where are the white spaces for tech participants to enter the field?
Table of Contents
Key Findings
Charging Stations by Top 10 States—US
EV Charging Ecosystem—Value Mapping
Charging Point Operators (CPOs)—Benchmarking Overview
Prevailing Business Models for EV Charging
Existing Structure of EV Charging Station Operators
Innovative Business Models—An Overview
US EV Charging—Long-term Outlook and Trends
Research Scope
Research Aims and Objectives
Key Questions this Study will Answer
Research Methodology
Classification of EV Charging Infrastructure
Transformational Shifts Reshaping eMobility
Key States in US Setting Milestones for EVs
EV Market Outlook 2018—US
EV Forecast by EV Type
Battery Capacity, Range, and Impact on Charging Capacity
The Next Wave of Charging—Ultra-fast Charging
Charging Stations by Top 10 States—US
Charging Station Points Infrastructure Installation—By Location
EV Charging Infrastructure Deployment by Type
Investments by Utilities and OEMs
Investments by Government and Infrastructure Operators
Highway Range is Much Lesser than Deserved
Charging Infrastructure Availability on Highway
EV Charging Hardware and Service Ecosystem—Key Elements
EV Charging Key Participants
EV Charging Value Chain—Key Business Roles
OEM EV Charging Value Chain—Prominent Partners and Projects
EV Charging Ecosystem—Value Creation
EV Charging Ecosystem—Value Mapping
Charging Point Manufacturers—Benchmarking Overview
Charging Point Manufacturers—Benchmarking
Charging Point Operators—Benchmarking Overview
Charging Point Operators—Benchmarking
Charging Point Aggregators—Benchmarking Overview
Charging Point Aggregators—Benchmarking
Prevailing Business Models for EV Charging
Charging as a Service
Proprietary Network Model
Network Operator
Station Owner
Comparison of Business Models—Time of Use Versus Energy Used
Top EV Charging Infrastructure Market Participants
Top EV Charging Infrastructure Market Participants (Continued)
Top EV Charging Infrastructure Market Participants (Continued)
Existing Structure of EV Charging Station Operators
EV Charging Fees
Innovative Business Models—An Overview
Is Data Monetisation the Next Big Wave in Charging?
Disruptive Business Models in Future
Growth Opportunity—Social Collaboration
Strategic Imperatives for Global EV Start-up Industry
US EV Charging—Long-term Outlook and Trends
US EV Charging Ecosystem—Future Evolution
Abbreviations and Acronyms Used
Legal Disclaimer
Market Engineering Methodology
List of Exhibits
List of Exhibits (continued)
List of Exhibits (continued)
List of Exhibits (continued)
Popular Topics
| No Index | No |
|---|---|
| Podcast | No |
| Author | Pooja Bethi |
| Industries | Automotive |
| WIP Number | K337-01-00-00-00 |
| Is Prebook | No |
| GPS Codes | 9800-A6,9807-A6,9813-A6,9882-A6,9AF6-A6 |