Sector Coverage — Reclimatize.in
Freight Electrification
Indian Railways has electrified 99% of its broad-gauge network — one of the largest railway electrification programmes in history. The challenge now is road freight, where medium and heavy duty trucks account for 45% of on-road transport emissions and there are still fewer than 900 electric trucks in operation across the country.
Freight decarbonisation in India is a story of two very different transitions happening at very different speeds. Indian Railways has executed one of the fastest large-scale railway electrification programmes in history — going from 1.42 km of electrification per day in 2004-14 to 19.7 km per day in 2023-24, reaching 99.1% of its broad-gauge network by August 2025. In FY 2024-25 alone, the Railways cut diesel consumption by 178 crore litres — a 62% reduction from 2016-17 levels. Indian Railways is targeting net-zero carbon emissions by 2030 and has commissioned over 756 MW of renewable capacity toward that goal, procuring power through the Green Energy Open Access framework.
Road freight is a much harder problem. Medium and heavy duty trucks make up only 2% of total vehicles but are responsible for 35% of on-road fuel consumption and 45% of total on-road transport emissions. Despite this, fewer than 1,000 electric heavy trucks operate in India today. The barriers are high upfront vehicle costs, limited charging infrastructure along freight corridors, a fragmented industry structure dominated by small fleet operators, and the absence of strong regulatory mandates. The e-FAST India platform — launched by NITI Aayog with WRI India as lead partner — is the primary initiative working to address these barriers through policy design, pilots and cross-sector collaboration.
See the Industrial Decarbonisation Policy Map for a full view of the regulatory framework across freight and other sectors. For India’s NDC targets including the Indian Railways net-zero 2030 commitment, see the India Decarbonisation page. To compare freight with the other four sectors, visit the Sectors overview.
Policy Landscape
Freight decarbonisation sits across multiple regulatory frameworks — railway policy, electricity regulation, vehicle efficiency standards and clean fuel mandates.
Indian Railways and Renewable Energy Procurement
Indian Railways operates under the Electricity Act framework for power procurement and is a major open access consumer of renewable electricity. It has commissioned 898 MW of solar capacity across its network and is procuring 2,301 MW of round-the-clock renewable energy in Rajasthan and Maharashtra. As a Designated Consumer under the PAT Scheme, it also has mandatory energy efficiency obligations. Its net-zero 2030 target requires the renewable share of traction power to increase significantly over the next five years, making Railways one of the largest buyers of renewable electricity in India.
Electricity Market repositoryIndian Railways official website
Energy Conservation Act and Standards and Labelling
The Energy Conservation (Amendment) Act 2022 extended the Bureau of Energy Efficiency’s mandate to the transport sector, enabling mandatory fuel efficiency and energy consumption standards for heavy commercial vehicles. The Standards and Labelling programme sets minimum efficiency requirements and star ratings for commercial vehicles. The Bharat Zero Emission Trucking Policy Advisory, developed with NITI Aayog and IIT Madras, outlines 30 targeted interventions across incentives, regulation, infrastructure and financing to accelerate electric truck adoption nationally.
Energy Efficiency repositoryBiofuels Policy and Green Hydrogen for Transport
For heavy freight applications where battery electric trucks face range or payload constraints, biofuels and hydrogen offer alternative decarbonisation pathways. India’s National Policy on Biofuels promotes ethanol blending in petrol and compressed biogas for heavy transport. Indian Railways has successfully trialled hydrogen-powered coaches at the Integral Coach Factory in Chennai and is planning hydrogen-powered trains under its Hydrogen for Heritage Initiative. The National Green Hydrogen Mission includes transport among the sectors targeted for hydrogen fuel adoption.
Green Hydrogen repositoryEnergy Storage Obligation and Charging Infrastructure
The Energy Storage Obligation is particularly relevant for freight electrification because battery storage underpins the fast-charging infrastructure that electric commercial vehicles need. Without adequate storage, charging depots along freight corridors cannot deliver the charging speeds needed for commercial fleet operations. The Ministry of Power’s viability gap funding for large-scale battery storage projects and the production-linked incentive for advanced chemistry cell battery manufacturing are creating the supply chain conditions for this infrastructure to scale.
Renewable Obligations repositoryThe decarbonisation pathway for Indian freight
Rail freight is largely decarbonised at the electrification level — the remaining question is the source of that electricity. Road freight electrification is early stage but the direction is set.
Near term
Rail renewable procurement and road fleet pilots
Indian Railways is scaling renewable procurement to decarbonise the traction power behind its already-electrified network. On road, port logistics and urban last-mile delivery are the first commercial-scale use cases for electric trucks, with pilot evidence from Gujarat and Tamil Nadu showing operational viability.
Medium term
Dedicated Freight Corridor scale-up and e-truck infrastructure
The electrified Dedicated Freight Corridors expand rail freight capacity and improve modal shift economics from road to rail. Simultaneously, corridor-level charging infrastructure for electric trucks is being planned along key inter-city freight routes under the e-FAST India framework.
Long term
Mass electric truck adoption and hydrogen heavy freight
The MHDT fleet is projected to grow from 3.9 million units in 2024 to 10.2 million by 2050. If structural barriers — cost, charging, financing — are addressed through policy, mass electric truck adoption becomes feasible. Hydrogen fuel cell trucks offer an alternative for very long range and heavy payload applications where batteries face limitations.
Key external references
Official government sources and research institutions tracking freight decarbonisation in India.
Indian Railways
Electrification progress, renewable energy procurement and net-zero targets
e-FAST India
NITI Aayog initiative for zero emission freight — policy, pilots and data
Bureau of Energy Efficiency
Vehicle efficiency standards, Standards and Labelling for commercial vehicles
WRI India — Electric Trucks
Zero emission trucking research, fleet economics and policy analysis
Ministry of Power
Energy Storage Obligation, EV charging infrastructure policy
MNRE — Green Hydrogen Mission
Hydrogen for transport applications and the SIGHT programme
Regulations that apply to this sector
Freight decarbonisation cuts across railway policy, electricity market rules, vehicle efficiency standards, clean fuel mandates and energy storage regulation.
Other sectors we cover
Freight decarbonisation connects directly to power market dynamics through railway traction power and to the broader industrial decarbonisation story.
Latest Research on Freight Electrification
Analysis of Indian Railways’ decarbonisation progress, road freight electrification economics and the policy framework for zero emission trucking. Also see our full Research section.