UltraTech to Deploy 600+ Electric Trucks by December 2026, Targeting Major CO₂ Reduction
- Team Autopunditz
- 2 hours ago
- 4 min read
UltraTech Cement is accelerating the electrification of its logistics network with plans to deploy more than 600 heavy-duty electric trucks by December 2026. The large-scale transition is expected to help the company reduce its dependence on diesel while lowering emissions across cement and clinker transportation.
The Aditya Birla Group company announced the initiative on September 2, 2026. Once fully operational, the electric fleet will transport approximately five million metric tonnes of clinker and other key materials annually.
UltraTech expects the programme to deliver a net annual carbon dioxide reduction of more than 1.17 lakh tonnes. The projected environmental benefit is equivalent to replacing around 39 million litres of diesel consumption every year.
UltraTech’s Electric-Truck Programme: Key Highlights
Parameter | Details |
Target electric fleet | More than 600 heavy-duty trucks |
Deployment timeline | By December 2026 |
Annual material movement | Around 5 million metric tonnes |
Estimated annual CO₂ reduction | More than 1.17 lakh tonnes |
Equivalent diesel displacement | Around 39 million litres annually |
Deployment footprint | Seven Indian states |
Electric Trucks to Operate Across Seven States
UltraTech plans to deploy the electric trucks across Gujarat, Uttar Pradesh, Madhya Pradesh, Rajasthan, Chhattisgarh, Maharashtra and Odisha.
The vehicles will support multiple parts of the cement manufacturer’s supply chain, including movement from mines to manufacturing plants and the transportation of clinker and other materials between facilities.
The programme is significant because cement logistics typically involves heavy loads, long operating hours and extensive road transportation. Electrifying such operations can reduce tailpipe emissions, but it also requires suitable vehicles, charging infrastructure, route planning and dependable fleet utilisation.
UltraTech’s proposed scale could therefore serve as an important test of heavy-duty electric mobility in India’s industrial logistics sector.
UltraTech Partners With Multiple Electric-Truck Manufacturers
UltraTech has signed service contracts with several electric prime-mover manufacturers and logistics partners for the deployment.
The participating manufacturers include:
Tata Motors
Ashok Leyland
IPLTech
Energy in Motion
Sany
Their subsidiaries and other third-party logistics providers will also be involved in operating the electric fleet.
Working with multiple vehicle manufacturers could help UltraTech source trucks for different operating conditions while reducing dependence on a single platform or supplier. It may also allow the company to evaluate performance across payloads, routes, charging cycles and regional conditions.
Green Logistics Journey Started With CNG Trucks
UltraTech began introducing compressed natural gas trucks into its logistics network in 2021. It subsequently deployed electric trucks in 2024 for transporting clinker and other materials.
The company currently operates more than 850 vehicles under its broader green-logistics programme. This number includes both CNG and electric trucks.
The target of more than 600 vehicles by December 2026 applies specifically to the heavy-duty electric-truck fleet and should not be confused with the existing combined fleet of alternative-fuel vehicles.
Year | Development |
2021 | Introduction of CNG trucks |
2024 | Deployment of heavy-duty electric trucks |
December 2026 | Target of more than 600 electric trucks |
Why Heavy-Truck Electrification Matters
Medium- and heavy-duty commercial vehicles account for a substantial share of road-freight fuel consumption because of their high daily running, large payloads and energy-intensive operations.
For industrial companies, replacing diesel trucks with electric vehicles can provide several potential benefits:
Lower tailpipe emissions
Reduced diesel consumption
Lower noise at industrial locations
Greater use of renewable electricity
More predictable energy costs
Progress towards supply-chain decarbonisation targets
However, the commercial viability of electric heavy trucks depends on several factors. These include acquisition or service costs, battery durability, payload capacity, charging time, electricity tariffs, vehicle availability and the installation of high-capacity charging points.
Industrial routes with predictable distances and regular return points are particularly suitable for early electrification because charging infrastructure can be planned around factories, mines and logistics hubs.
UltraTech’s Large Logistics Network
UltraTech operates one of India’s largest and most complex cement logistics networks. The company has more than 200 million tonnes per annum of grey-cement capacity in India, making the movement of raw materials, clinker and finished products a major part of its operations.
According to the company, its total grey-cement capacity stands at 205.5 MTPA, while its white-cement and putty capacity is 3.2 MTPA.
The scale of its manufacturing and transportation operations means that even a partial transition from diesel to electric trucks could produce meaningful reductions in fuel consumption and emissions.
UltraTech Managing Director K C Jhanwar said the company is extending its sustainability efforts beyond manufacturing facilities by adopting greener logistics solutions. He added that decarbonising transportation supports UltraTech’s broader Net Zero commitment.
Potential Impact on India’s Electric Commercial-Vehicle Market
A confirmed requirement for more than 600 heavy-duty electric trucks represents a meaningful demand opportunity for India’s emerging electric commercial-vehicle industry.
Large fleet commitments can give manufacturers greater visibility for production planning and encourage further investment in electric powertrains, batteries, high-capacity chargers and vehicle-service networks.
It can also generate valuable operating data on:
Battery performance under heavy loads
Energy consumption across different terrains
Charging requirements at cement facilities
Maintenance costs
Vehicle uptime
Total cost of ownership
If the programme achieves its targeted utilisation and emissions savings, it could encourage other cement, steel, mining, construction and logistics companies to accelerate similar deployments.
Auto Punditz Take
UltraTech’s plan is notable not simply because of the fleet size, but because it applies electric mobility to demanding heavy-duty logistics operations.
The target of transporting five million tonnes of material annually indicates that the trucks are intended to become working assets within the company’s core supply chain rather than remain part of a limited demonstration project.
Execution will now be critical. Charging availability, vehicle uptime, payload efficiency and route economics will determine whether the programme delivers the projected environmental and commercial benefits.
For India’s electric commercial-vehicle ecosystem, UltraTech’s deployment could provide a valuable real-world reference for operating battery-electric trucks at scale. A successful rollout may accelerate the adoption of electric vehicles across other energy-intensive industries.
