Cement Manufacturers Association (CMA)

43 The structural innovation of this deployment—blending climate finance, viability gap funding, and commercial debt—offers a replicable template for scaling EV adoption in capital-intensive sectors. The exceeding of initial projections (720–810 trucks) to reach 1,000 demonstrates demand latency once financing friction is addressed [3]. 4.3 Komatsu India Electric Dump Trucks Komatsu India's commercial introduction of electric dump trucks specifically engineered for Indian mining conditions (announced May 2026) marks a significant OEM commitment [4]. Key differentiators include zero tailpipe emissions suitable for underground applications, integration with Komatsu's autonomous haulage systems, instant-torque battery drive trains adapted for steep gradient operations, and compatibility with existing pit road infrastructure. This development signals OEM confidence in Indian mining electrification as a commercially viable near-term market. 5. Energy Crisis as a Transformation Catalyst 5.1 Mechanisms of Crisis-Driven Adoption The convergence of multiple energy-sector pressures is materially accelerating EV uptake in Indian mining beyond what policy mandates alone would achieve. • Diesel price volatility: Rising and volatile diesel prices: India's retail diesel prices are "fairly high" by international standards [9], exposed to geopolitical disruptions in the Strait of Hormuz and OPEC+ supply management. Each rupee increase in diesel cost narrows the TCO gap between diesel and electric haulage. • Energy independence: Energy security imperative: India imports approximately 87% of its crude oil requirements. Substituting diesel with domestically generated electricity (increasingly from solar and wind) enhances energy security and insulates mining operations from currency and commodity risks. • Renewable integration: Renewable cost deflation: India has achieved some of the world's lowest solar tariffs (<₹2/kWh in competitive auctions). Integrating renewable energy microgrids at mine sites creates an electricity cost base substantially below diesel equivalence, fundamentally altering the TCO equation. 5.2 Total Cost of Ownership Analysis TCO modelling—incorporating upfront capital, battery replacement, maintenance, fuel, and financing costs over a 10-year vehicle life—is the central economic metric for fleet operators evaluating EV adoption. Evidence from multiple independent analyses is converging on a positive TCO case for battery electric trucks in high-utilisation Indian mining applications. Financing Component Value Provider Total blended climate financing ₹500 crore NHEV consortium IFC equity investment USD 20 million International Finance Corporation Viability Gap Funding committed USD 57 million NHEV programme HDFC Bank credit outlay ₹3,672 crore Commercial debt facility Trucks deployed (actual) 1,000 (exceeded 720- 810 projection) Transvolt Mobility Primary sectors served Mining, construction, ports Multi-sector Table 4: NHEV–Transvolt Initiative – Financing Structure