Every day, thousands of trucks funnel into Sanjay Gandhi Transport Nagar (SGTN) in Delhi, navigating congestion, tight parking, and long idle hours before goods move onwards into the city. It is chaotic, inefficient, and indispensable, and it offers a clear window into the future of India’s freight transition.
As India works toward its Net-Zero target, it must achieve 100% zero-emission truck (ZET) sales by 2050. Electrification is expected to drive this shift, with battery electric trucks (BETs) emerging as the most viable pathway. Yet, while much of the conversation has focused on vehicles and highways, the real test lies elsewhere, within the country’s logistics hubs.
A recent case study by The International Council on Clean Transportation, titled “Charging needs for truck terminals in India: A case study of Sanjay Gandhi Transport Nagar, Delhi,” brings this into sharp focus.
Where the Transition Gets Real
Transport nagars like SGTN form the backbone of India’s freight ecosystem. They connect long-haul routes with last-mile distribution, handling the steady flow of goods into urban centres. Despite their importance, they have remained largely outside structured infrastructure planning.
This is where electrification becomes most complex.
Unlike highways, where charging networks can follow predictable routes, truck terminals are dense and dynamic. Vehicle arrivals are uneven, dwell times vary, and space is constrained. Electrifying freight in such settings requires more than installing chargers—it calls for a rethink of how these hubs operate.
The Scale of the Shift
The SGTN case study highlights the scale of change required. To meet projected demand from electric trucks, the terminal would need a peak charging capacity of the following:
- 1.8–2.3 MW by 2030
- 7.7–10.3 MW by 2035
- 18.4–24.1 MW by 2040
These are not incremental upgrades. They point to a future where truck terminals function as major electricity demand centres, comparable to industrial facilities.
While SGTN represents an upper-bound scenario, its operational profile reflects transport nexuses across the country, making it a useful proxy for India’s broader logistics landscape.
The Emissions Opportunity—If Infrastructure Keeps Pace
Battery electric trucks can reduce greenhouse gas emissions over their entire lifecycle by 17%–37% compared to diesel vehicles. When powered by renewable energy, this reduction can reach as high as 85%–88%.
However, these gains depend on infrastructure keeping pace. Without adequate and well-planned charging ecosystems, electrification risks slowing before it scales. The constraint is not vehicle readiness, but system readiness.
Rethinking the Logistics Node
The SGTN analysis reframes transport nagars as more than transit points. They are:
- High-density energy demand clusters
- Operational bottlenecks
- Levers for efficiency and emissions reduction
This shifts the decarbonisation narrative. Rather than a vehicle-led transition, it becomes a systems challenge spanning energy, infrastructure, and operations.
From Gaps to Priorities
The findings point to a set of clear priorities.
Truck terminals must be integrated into distribution grid planning as major demand centres. Their future energy needs will be too significant to address reactively.
Charging infrastructure should align with real operating patterns. Proper planning can effectively utilise idle time for charging at congested hubs.
Load management will be essential to prevent additional strain on already dense environments. Done right, it can support smoother operations.
Infrastructure can also shape behaviour. Structured charging zones can help regulate parking, improve turnaround times, and bring greater order to terminal operations.
Finally, India lacks a standardised framework for designing or upgrading transport nagars for an electric future. Addressing this gap will be key to scaling the transition.
The Road Ahead
India’s freight decarbonisation is often framed around highways, vehicles, and policy targets. In reality, it will be determined in places like SGTN, where infrastructure constraints, operational pressures, and energy demand converge.
Electrifying trucks is only part of the transition. Transforming the nodes they rely on is the larger challenge.
If India can reimagine its transport nagars as energy-enabled, efficiently managed logistics hubs, it can unlock the full potential of zero-emission freight. Otherwise, progress may remain limited to pilots and isolated deployments.
The path to net zero runs not just on highways but through the most congested points in the supply chain.
