EV Adopter Persona Study 2026

Adopter Personas for E-Mobility

The EV market is growing, and with the so-called early majority, the mass market begins. But the remaining combustion-engine drivers are not a homogeneous group. Some are still waiting for the right moment, others reject switching outright, and most simply haven’t looked into it yet. Anyone who wants to win over the “next segment” needs to know who they’re dealing with and how to convince them.

The study surveyed 1,000 combustion-engine drivers in Germany, selected to be representative by age, gender, and federal state. Based on values, attitudes, and practical factors such as living situation, charging access, and budget, four EV adopter personas were identified:

  • Innovative Status Buyers
  • Informed Realists
  • Comfortable Bystanders
  • Constrained Majority

Key finding: growth doesn’t come from further tapping into the already well-reached Innovative Status Buyers and Informed Realists segments, but from removing structural barriers for the Constrained Majority.

Alongside the extensive target group descriptions, a conjoint analysis examined how range and price influence each persona’s purchase decision for an EV.

The study thus provides a clear prioritization for product development, pricing, and communication in the race for the next generation of buyers.

Alongside the PPT report, we offer an analysis tool with full access to the raw data and the ability to run your own analysis across all variables.

Download 2026 Study Excerpt (German only)

Those who already drive an EV are covered by the EV Charging Persona Study, which analyzes the charging and usage behavior of BEV drivers.

Contents and added value of the EV Adopter Persona Study

Contents of the Adopter Persona Study

Demographics:

  • Age
  • Monthly household net income
  • Highest level of education
  • Work model (on-site, field service, shift work, remote work…)
  • Household size (adults, children under / over 10)
  • Residential area type (metro to rural)

Driving behavior

  • Number of cars in the household
  • Drivetrain type(s) of the cars in the household (screened out if electric)
  • Vehicle segment of the most frequently used car
  • Car brand
  • Company car vs. private car
  • Kilometers per year
  • Kilometers on an average weekday
  • Frequency of longer trips per year
  • Key usage situations (commuting, leisure, transport, vacation, etc.)

Vehicle purchase

  • New vs. used car preference
  • Employer incentives for switching to an EV
  • Method of acquisition (cash purchase, financing, leasing, subscription)
  • Attitude toward costs and payment (monthly costs vs. purchase price)
  • Intent to buy an EV if a purchase were due now
  • Expected timing of the next car purchase
  • Budget for the next car
  • Prior engagement with the topic of EVs (BEV)
  • General openness to an EV for the next purchase
  • Reasons against buying an EV (price, range, charging times, charging infrastructure, uncertainty, politics…)
  • Reasons for buying an EV (environment, running costs, incentives, driving experience, image, bidirectional charging…)
  • Information search when buying a car (own research vs. recommendations)
  • Information sources for vehicle purchase (manufacturer websites, dealers, YouTube, comparison portals, social media, among others)
  • Important aspects in vehicle selection (brand, price, comfort, design, image, digital services, sustainability, among others)

Charging potential at home and at the employer

  • Home type (single-family, multi-family)
  • Location of the private parking space
  • Parking times during the week (4-cell matrix by time of day)
  • Assessment: is charging at home fundamentally possible?
  • Availability of charging stations nearby (residential area, supermarket, city center, highway)
  • Existing/planned components at home (PV system, energy management, battery storage, heat pump, smart meter, smart home technology)
  • Interaction between PV system and EV (only for those with EV intent and PV existing/planned)
  • Ownership structure of the multi-family building (multi-family only)
  • Renter vs. owner of the apartment (multi-family only, unless the person is the sole owner)
  • Status of discussions on charging infrastructure in the multi-family building (multi-family only)
  • Parking situation at the employer

Values, beliefs, and attitudes

  • Similarity to persona description (Schwartz short scale: money, success, respect, tradition, rules, fun, adventure, helpfulness, environmental protection)
  • Attitudes toward technology (willingness to try new things, curiosity, comfort with technology, brand loyalty)
  • Attitudes toward mobility (public transport, car sharing, cycling, walking)
  • Preference for a 500 km trip: plane vs. train vs. car
  • Importance of coverage/insurance protection
  • Attitudes toward driving (means of transportation, expression of personality, status, fun, practicality)
  • Attitudes toward customizing car and home technology (customization, “everything from a single source,” bundle offers, monthly costs)

Brand relevance and purchasing behavior

  • Role of brand in purchasing decisions (smartphone, car, charging equipment, household appliances)
  • Behavior for major purchases (need-based buyer, deal-driven buyer, innovation-driven buyer)
  • Weighting of price vs. environment when purchase decisions conflict

Media usage

  • Media types used (print, online, radio, TV, streaming, podcast, social media)
  • Social media channels used (only for social media users)
  • Newspapers/magazines read
  • Print car magazines read
  • Online car magazines read
  • Preferred topics in the media used

Perception of the public debate on e-mobility

  • Perceived tone of the public debate on e-mobility
  • Helpfulness of the public debate for an objective assessment
  • Alignment of the public debate with one’s own personal environment

Home electricity contracts

  • Currently used electricity tariff
  • Current energy provider
  • Electricity tariffs considered for a switch
  • Energy providers considered for the future
  • Switched electricity provider/tariff in the last 3 years
  • Attitude toward switching electricity tariffs (comparison behavior)
  • Important factors in choosing the current electricity tariff (cost, bonus, sustainability, flexibility, PV combination, among others)

Bidirectional charging

  • Awareness of bidirectional charging
  • Personal interest in it
  • Most relevant potential benefits (PV usage, backup power, income source, grid stability)
  • Most attractive compensation model (only for those interested)

Conjoint analysis:
most attractive vehicle offer by…

  • Drivetrain
  • Price
  • Range
Target group of the survey

Owners of combustion-engine vehicles and plug-in hybrids were surveyed for the study. Respondents were recruited to ensure the results are representative by age cohort, gender, and federal state.

Respondents were recruited across multiple access panels to avoid so-called panel effects.

Added value and benefits for providers of electric cars, charging technology and charging services

The charging personas for electromobility help not only providers of e-cars and charging technology but also services for charging at home, in (semi-)public spaces and at work.

Furthermore, the study helps manufacturers and providers to understand the important target group segments. This enables providers to both reach their target groups with the right content and the appropriate channels.

You can also find basic information on the topic of market segmentation in the Adobe Experience Cloud.xperience Cloud.

USCALE focus studies: User studies on electromobility

Since 2018, USCALE has been systematically surveying EV drivers about their expectations and experiences at all touchpoints of the e-mobile customer journey. Additionally, an overview with all USCALE Multi-Client Studies can be found HERE.

We also show extracts from other studies in the LinkedIn articles by USCALE and Axel Sprenger.

If you have any questions, please contact us at contact@uscale.digital.