Electric vehicles will revolutionize the repair market by 2030

The rise of electric vehicles and driver assistance systems will redefine the automotive repair market. Despite a decline in conventional interventions, the sector's sales are set to increase slightly between now and 2030.

Share:

Gain full professional access to energynews.pro from 4.90€/month.
Designed for decision-makers, with no long-term commitment.

Over 30,000 articles published since 2021.
150 new market analyses every week to decode global energy trends.

Monthly Digital PRO PASS

Immediate Access
4.90€/month*

No commitment – cancel anytime, activation in 2 minutes.

*Special launch offer: 1st month at the indicated price, then 14.90 €/month, no long-term commitment.

Annual Digital PRO Pass

Full Annual Access
99€/year*

To access all of energynews.pro without any limits

*Introductory annual price for year one, automatically renewed at 149.00 €/year from the second year.

The automotive industry is going through a period of transformation, driven by the gradual adoption of electric vehicles (EVs). This structural change is having a direct impact on the automotive repair sector, a market estimated at 38.5 billion euros in 2022, and set to reach around 40 billion by 2030, according to a TCG Conseil study carried out for Mobilians.
However, this overall sales figure conceals significant changes in the nature of interventions and margins for professionals in the sector.
Although less demanding in terms of traditional maintenance, EVs have specific characteristics that are transforming garage activity.
With a reduced number of mechanical parts, the absence of certain routine services such as oil changes, and the increased durability of components, garages could see a reduction in recurring interventions.
This change is reinforced by technological advances that improve the reliability of electronic systems and extend vehicle life.
As a result, the structure of maintenance costs is changing, prompting professionals to diversify their offerings to compensate for this loss of revenue.

More expensive repairs for electric vehicles

While EVs require fewer mechanical repairs, the costs associated with post-crash repairs are significantly higher than for internal combustion vehicles.
Batteries, key components of EVs, are particularly vulnerable in the event of an accident.
The cost of replacing or repairing these batteries adds to the bill for customers, with an estimated 25% increase compared to combustion vehicles.
This trend is also fuelled by the growing use of costly materials such as aluminum and carbon fiber in the construction of EVs, elements which make interventions more complex.
The TCG Conseil study points out that, while the frequency of interventions could fall, particularly for conventional claims, the higher costs of complex repairs could partly offset this reduction.
Garages are therefore forced to redirect their business towards higher value-added segments.

ADAS systems and loss reduction

Advanced driver assistance systems (ADAS) also play a central role in this transformation.
These technologies, such as emergency braking and lane-keeping, are reducing the frequency of minor accidents, leading to a predicted 11% drop in body and glass-related claims by 2030.
This has a direct impact on the nature of workshop work, with garages seeing their margins on minor repairs shrink.
However, ADAS are still in their maturation phase, and have yet to reach their full potential in terms of accident reduction.
Their growing use is also raising concerns about driver attention, with some drivers becoming too dependent on these technologies.
This creates a paradox: a drop in the number of minor accidents, but a potential increased risk for more serious accidents, partly linked to increased inattention.

Diversifying services for garages

Faced with these developments, garages can no longer be content with their traditional business model.
Technical inspections, periodic maintenance services and the sale of spare parts for home installation are becoming key segments for maintaining profitability.
Market players are also turning to complementary activities such as car washes and the sale of car accessories, services which help to offset the decline in mechanical interventions.
The transformation of the automotive after-sales market is not solely due to electric vehicles.
The spread of shared mobility offers, the rise of low-emission zones (ZFE) in major cities and the ageing of vehicles on the road are also influencing demand.
These trends are prompting consumers to turn to more sustainable mobility solutions and adopt different driving behaviors, thereby reducing annual vehicle mileage and, consequently, the need for maintenance.

Adapting to changes in the vehicle fleet

The convergence of these factors means that the automotive repair sector is at a turning point.
Traditional players, often focused on mechanical services and regular interventions, will need to develop new skills, particularly around the repair of electronic components, battery systems and on-board technologies.
This is essential if we are to meet the needs of a customer base that is evolving with the growing adoption of EVs and driver assistance technologies.
Ultimately, growth in the automotive after-sales market between now and 2030 will not be the result of a simple increase in mechanical interventions, but of a complete redefinition of the services offered by garages.
Those who know how to diversify their offer and adapt to these new technologies will come out on top.

TotalEnergies and Banque des Territoires create a joint venture to accelerate the rollout of public electric charging infrastructure in French municipalities, with a focus on urban and suburban areas.
Tesla has announced an event scheduled for October 7, hinting at the arrival of a more affordable vehicle amid a limited product refresh and growing competition in the electric vehicle segment.
Dacia presents an ultra-compact electric prototype priced under €15,000, betting on extreme simplification to compete with low-cost Chinese electric vehicles.
Berlin questions the ban on sales of combustion cars from 2035, as German automakers warn of economic and industrial risks for the country.
Stellantis CEO Antonio Filosa calls for adjustments to the 2035 deadline to safeguard industrial activity and accelerate decarbonisation through flexibility mechanisms.
Faced with falling margins and overcapacity, Beijing is restructuring its electric vehicle industry by focusing on quality, standards, and technological upgrading.
An American-built electric aircraft completed a test flight between Stavanger and Bergen, marking a key step in integrating zero-emission air cargo operations into Norwegian airspace.
The visit marks a new step in the cooperation between the United Arab Emirates and Tellus Power, aiming to establish an EV charging station production unit in the Gulf.
Toyota launches production of its first electric vehicle in Europe at its Kolin plant in the Czech Republic, supported by a €680mn investment, including €64mn in public funding.
The Canadian government invests CAD22.7mn ($16.7mn) in eight projects to strengthen the electric vehicle charging network in British Columbia.
Ireland presents an SAF roadmap structured around four pillars, projecting 88,000 tons in 2030 and 318,000 tons in 2035, aligned with ReFuelEU and European support, while Aer Lingus and Ryanair set usage targets.
Electric vehicle charging infrastructure investments are expected to hit $300 billion by 2040, driven by a 12.3% annual increase in global charging port deployments.
The Japanese group TDK’s venture capital fund supports Ultraviolette, an Indian electric motorcycle manufacturer, to help it scale up in a domestic market estimated at over $50 billion within ten years.
U Power announces the signing of a letter of intent to supply 300 battery-swapping compatible electric vehicles in partnership with a Hong Kong-based technology manufacturer, marking a major milestone for intelligent commercial mobility.
According to Ember, only 3% of India’s wind and solar targets for 2032 would be sufficient to cover the entire electric vehicle charging demand, provided appropriate measures are taken for grid management and charging infrastructure.
TotalEnergies holds 23% of the high-power charging market on French motorways, according to data published by Gireve, with more than 1,800 active points across 265 service stations.
The British government is mobilising USD845mn to subsidise electric-car purchases, easing pressure on an industry hit by US tariffs and preparing for the 2030 ban on internal-combustion engines.
Octopus Energy’s Electroverse platform surpasses one million public electric vehicle charging points, strengthening its international presence with a subscription-free model available in 40 countries through a single payment card.
Belgian marine constructor DEME floated its second giant wind-turbine installation vessel, Norse Energi, at China’s CIMC Raffles yard, a key step in an investment programme aimed at meeting growing offshore lifting demand.
The Northern Sea Route attracts businesses due to its logistical speed but presents significant technological challenges for the naval industry, especially in designing vessels adapted to extreme Arctic conditions.