Skip to main content

FADA data shows growth across all EV segments on year on year basis

The EV passenger vehicle market share grew by 0.6 percent year on year, from 1.3% in September 2022 to 1.9% in September 2023.

Autocar Professional BureauBy Autocar Professional Bureau calendar 10 Oct 2023 Views icon7630 Views Share - Share to Facebook Share to Twitter Share to LinkedIn Share to Whatsapp
FADA data shows growth across all EV segments on year on year basis

There is a positive trend emerging across all vehicle segments in the EV space as per FADA data. 

The EV passenger vehicle market share grew by 0.6 percent year on year, from 1.3% in September 2022 to 1.9% in September 2023. However, the market share was 2.1% in August 2023, indicating a decline of 0.2%. 

The EV 2-wheeler market share remained constant on a year on year basis at 4.9%, but fell marginally by 0.1% on a month on month basis. 

The three wheeler market share rose 1.3% on a year on year basis, from 54.8% in September 2022, to 56.1% in September 2023. Here again, on a month on month basis a decline of 0.7% was noted. 

In the commercial space, EVs have nearly doubled their market share from 0.35% in September 2022, to 0.68% in September 2023, although there was no change on a month on month basis.

RELATED ARTICLES

Havells India Partners With Pixii to Enter Battery Energy Storage Market

auther Dev Vadchhedia calendar09 Jul 2026

Strategic collaboration with Norwegian firm targets residential and commercial installations via a phased engineering ro...

Government Targets 140 GWh Energy Storage Pipeline to Resolve Intermittent Grid Constraints

auther Dev Vadchhedia calendar09 Jul 2026

The government aims to expand grid flexibility infrastructure through viable gap funding, interstate transmission waiver...

"We Don't Think India Is Mature Enough for EVs Yet": Nissan's Massimiliano Messina Eyes Launch in 2028

auther Prerna Lidhoo calendar09 Jul 2026

Carmaker targets internal combustion engine segment for volume growth while evaluating the cost viability of global hybr...