DRIVING THE FUTURE HOW ELECTRIC VEHICLES ARE TRANSFORMING MOBILITY BY 2025

N 2024, India's electric vehicle (EV) sector experienced significant growth, with sales rising 20.88 per cent to 1.39 million units. Primarily driven by technological advancement, this surge is also aided by growing consumer interest and government sops. Despite challenges, 2024 has shown promise and progress, setting the stage for a brighter future.

- SULAJJA FIRODIA MOTWANI, Co-Founder & CEO, Kinetic Green

Adoption is steadily increasing in the electric two-wheeler segment, with sales reaching 18 million units. While the Indian market offers diverse options, including scooters, mopeds and motorcycles, government initiatives promoting e-mobility, such as the expansion of charging stations, have played a key role in this growth. The shift in public demand towards EVs is driven by their cost-effectiveness, efficiency, and reduced fuel costs, making them an attractive choice for a wide demographic.

Declining Battery Prices

The decline in battery prices can be attributed to several key factors. Technological advancements have led to higher energy density, enabling batteries to store more energy using fewer and cheaper materials, thereby reducing production costs. The industry has also cut down reliance on costly raw materials like cobalt by adopting alternative solutions and optimising designs to minimise material usage. Furthermore, battery recycling has facilitated the recovery of valuable materials, contributing to cost savings.

Technological Changes

Advancements in machine learning (ML) and artificial intelligence (AI) are transforming the riding experience. With features like personalised performance tuning, the system adapts braking, power delivery and acceleration based on individual riding behaviour. Dynamic riding assistance provides real-time feedback, empowering riders to optimise battery current draw in response to changing road conditions. Simultaneously, predictive maintenance analyses usage patterns to forecast potential component failures, such as battery cell capacity depletion, ensuring safety and minimising repair needs.