Clean mobility is now an economic imperative

Rethinking India’s Energy Future Through Clean Mobility

Bharatmorningnews.com – India’s recent experience with tensions in West Asia has delivered a sobering message that should not be forgotten: energy security and economic stability are deeply intertwined. When oil prices fluctuate or maritime routes face threats, the consequences ripple through fuel costs, inflation metrics, and family finances. While this connection is well understood, the timing demands immediate action. Transitioning toward clean transportation has evolved from an environmental aspiration into a fundamental economic necessity.

The Structural Challenge

For years, India has carried a significant vulnerability in its energy portfolio. More than eighty-five percent of crude oil enters the country through imports, creating a financial burden that reached $137 billion during the 2024-25 fiscal year. This figure represents far more than a minor line item in government accounts—it constitutes a persistent exposure that intensifies whenever regional conflicts emerge or international shipping faces interruptions. Given India’s position as one of the world’s most rapidly expanding major economies, energy consumption will continue rising rather than declining to ease the challenge. The solution requires building domestic capacity rather than relying on favorable external conditions.

The critical question extends beyond securing future oil deliveries. It centers on whether India can develop sufficient internal capabilities across clean energy production, battery fabrication, and supporting technologies to shield the economy from upcoming disruptions regardless of their source.

Electric Vehicles as Economic Strategy

Electric vehicles serve a dual purpose in India’s development narrative. They offer cleaner transportation options while simultaneously representing a strategic investment in domestic manufacturing. By producing vehicles locally, India can retain a portion of that $137 billion that currently flows abroad annually. Government targets demonstrate clear intention: achieving thirty percent electric vehicle adoption among private cars, seventy percent for commercial transport, forty percent for public buses, and eighty percent for two- and three-wheeled vehicles by the end of this decade. These objectives represent considerable ambition, yet they remain strategically vital.

Existing policy frameworks already signal this transformation. The government has allocated ₹18,100 crore through a Production Linked Incentive program focused on Advanced Chemistry Cell batteries, alongside ₹25,938 crore dedicated to automobiles and their components. These investments function differently from traditional subsidies—they represent calculated bets on future industrial positioning, aiming to create supply chain capabilities that require years to develop and communicate to international investors that India intends to become a significant clean mobility manufacturing center rather than simply a large consumer market.

Geopolitical Implications

India’s clean mobility initiatives align with wider geopolitical shifts occurring globally. As international supply chains reduce dependence on concentrated geographic regions, India’s approach through its PLI framework provides a viable alternative destination. Partners such as the United States are increasingly viewing India as a potential hub for friend-shoring essential technologies and mineral resources. The bilateral trade relationship between India and the US, still developing its structure around tariffs and market access, finds promising alignment in clean energy and critical minerals cooperation. Establishing a robust domestic ecosystem serves purposes beyond replacing imports—it positions India as an essential participant in the evolving global supply network.

Minerals and Employment Opportunities

The expanding electric vehicle and clean energy landscape in India is unlocking opportunities within the critical minerals sector. Lithium, cobalt, and nickel—three essential components powering modern batteries—are experiencing unprecedented demand growth. According to the International Energy Agency’s 2025 Critical Minerals Outlook, energy-related applications including electric vehicles, battery storage systems, and renewable energy infrastructure captured eighty-five percent of all battery metal demand expansion during 2024. Lithium requirements surged approximately thirty percent within a single year and are forecasted to increase five times by 2040. India’s own consumption of critical minerals is anticipated to exceed current levels by more than double before 2030, generating investment, innovation, and job creation that will benefit diverse workforce segments. Notably, the sector is already witnessing increased female participation across critical minerals and clean energy value chains.

While some characterize the electric vehicle transition as creating disruption within India’s automotive industry, this perspective misses a crucial opportunity. This represents the sector’s subsequent growth phase rather than an interruption. Projections from NITI Aayog indicate that the electric vehicle value chain could generate fifty million direct and indirect employment positions by 2030. According to CEEW analysis, achieving thirty percent electric vehicle penetration alone would deliver substantial economic benefits.