Government Funding Accelerates EV Charger Manufacturing Expansion in India

August 07, 2026

In August 2026, RoadGrid India Pvt Ltd announced it had secured INR 13 crore in financial assistance from the Technology Development Board (TDB), under the Department of Science and Technology, to establish a dedicated manufacturing and assembly facility for its patented Universal EV Charger. The government support forms part of a larger INR 27.5 crore project, with the balance funded through RoadGrid's own resources and prior fundraising.

The new facility is expected to begin commercial production by March 2027, with an annual manufacturing capacity of up to 2,000 chargers and the creation of more than 100 direct jobs. While the investment is modest compared with India's broader EV infrastructure programme, it reflects an important policy shift. Rather than focusing solely on subsidising the deployment of charging stations, the government is increasingly supporting the domestic manufacturing of EV charging equipment through targeted, production-linked incentives.

For a sector that has largely relied on imported power electronics and charging hardware, EV charger manufacturing in India is entering a phase where government funding is explicitly aimed at production capacity, not just installation targets.

Why is the Government Supporting EV Charger Manufacturing in India?

India's charging infrastructure rollout has, until recently, been funded and measured primarily by the number of chargers installed rather than where those chargers were made. Government data presented in the Lok Sabha showed more than 29,000 public EV charging stations installed nationally as of February 2026, rising to 27,737 installed and 22,753 operational by March 2026 under combined FAME-II and PM E-DRIVE allocations. But a charging network built substantially on imported hardware leaves India exposed to the same currency, supply chain, and geopolitical risks that have already disrupted electronics and battery input supply chains.

Supporting EV charger manufacturing directly, as the TDB has done with RoadGrid, and as Uttar Pradesh has done through its EV Manufacturing and Mobility Policy incentives to charger makers such as Servotech Power Systems, reflects a deliberate shift toward building charging equipment manufacturing capacity inside the country, consistent with the same import-substitution logic driving parallel government efforts across electronics, solar, and critical minerals.

How Will New Funding Expand EV Charger Manufacturing Capacity?

The RoadGrid facility illustrates how targeted funding translates into actual production capacity: a 140 kW dual DC fast-charging system supporting CCS2 and Type 6 connectors, alongside AC charging capability, moving from patented technology to a dedicated manufacturing line with 2,000 units of annual capacity and an estimated INR 100 crore in annual revenue potential at scale. This funding sits alongside the broader momentum in India's EV charging policy stack.

At a national conference on EV charging infrastructure held in Bengaluru on May 12, 2026, described as the most significant policy event on charging deployment since PM E-DRIVE was launched, Union Minister H.D. Kumaraswamy announced approval of INR 503.86 crore for 4,874 public EV chargers, drawing on the scheme's dedicated INR 2,000 crore charging-infrastructure allocation, with proposals from HPCL, IOCL, BPCL, and eight state governments.

The same event unveiled plans for the Unified Bharat eCharge platform, a single digital interface intended to integrate charger discovery, network access, and payments nationally, infrastructure that, once operational, will only increase the volume of chargers that need to be manufactured, installed, and maintained across the network PM E-DRIVE is building toward its target of roughly 72,300 public charging stations.

What Does EV Charger Manufacturing Growth Mean for India's Charging Infrastructure?

A charging network's reliability depends as much on locally serviceable, supply-secure hardware as it does on the number of charge points installed. As EV charger manufacturing in India expands, the EV charging infrastructure being deployed under PM E-DRIVE and state schemes becomes less dependent on import lead times and international component pricing, and more responsive to domestic demand patterns, connector standards, grid voltage conditions, and climate-specific thermal management that Indian-designed and Indian-built chargers can be engineered around directly.

This matters increasingly as India's charging network scales past the FAME-II-era base of under 9,000 chargers toward the tens of thousands now installed and the PM E-DRIVE target beyond 72,000, and as distribution partnerships such as HPCL's agreement with V-GREEN to deploy charging across more than 24,400 fuel retail outlets create demand for charger volumes that domestic manufacturing capacity has not, until now, been built to serve at scale.

Why Are Companies Investing in EV Charger Production?

The underlying demand signal is structural rather than speculative. India sold 1.4 million electric two-wheelers in FY2026, a 22% increase, while electric passenger vehicle sales crossed 100,000 units, and city-level policy, including Delhi's EV Policy 2026, which bans new ICE two-wheeler registrations from 2028, is creating a demand floor that manufacturers are reading as durable rather than cyclical.

That vehicle-side growth is mirrored by parallel government support across the EV supply chain: the INR 18,100 crore production-linked incentive programme for advanced chemistry cell manufacturing, the INR 25,938 crore PLI-Auto scheme supporting EV and component production, and a newly launched programme focused on rare earth permanent magnets, all reinforcing the case that companies making charging equipment now are positioning for a market that is still in its early growth phase rather than one that has already matured.

What Opportunities Does This Create for Manufacturing Expansion?

The combination of production-linked government funding, a fast-growing charging deployment target, and a vehicle parc that is still expanding creates a genuine window for both established players and newer entrants to scale EV charger production capacity in India. Charger manufacturers who can demonstrate a credible path from prototype to certified, BIS-compliant, OCPP-standard production, as RoadGrid has done with TDB backing, are positioned to capture demand from oil marketing companies, state charging programmes, and private charge point operators simultaneously, rather than competing for a single demand channel.

The opportunity extends beyond charger assembly itself into the upstream component base, power electronics, thermal management systems, and connector hardware, where localisation remains shallow and where greenfield manufacturing projects focused specifically on these sub-components could capture demand that charger assemblers currently have to import to meet.

How Do Engineering Consultants Support EV Charger Manufacturing Projects?

Moving from a government-funded pilot facility to a scaled, reliable manufacturing operation requires engineering work that a technology grant alone does not provide. A feasibility study needs to translate a charger manufacturer's production target, whether 2,000 units a year or a multiple of that, into a specific facility footprint, equipment list, and utility requirement, accounting for the power electronics testing, thermal cycling, and quality assurance steps that distinguish EV charging hardware from general electronics assembly.

Plant planning and manufacturing process design determine how SMT lines, enclosure fabrication, high-voltage testing bays, and final assembly are sequenced for both throughput and the electrical safety standards BIS certification require. Utility planning including power supply redundancy, testing-load capacity, and environmental controls has to be engineered for a facility that will itself be testing and certifying high-power charging equipment, not simply assembling low-voltage electronics.

Moreover, project execution, from construction through commissioning, determines whether a manufacturer hits the kind of commercial production timeline RoadGrid has targeted for March 2027, or falls behind a market that is not waiting for slow execution.

A INR 13 crore government grant is helping build a facility that will make 2,000 chargers a year, a small number set against a 72,300-charger national target, but a clear signal of where the next phase of India's EV infrastructure investment is heading: toward the factories that build the chargers, not just the stations that host them.

IMARC Engineering’s Perspective

RoadGrid's TDB-backed facility is a small but genuinely significant marker of where India's EV charging policy is heading, from funding the deployment of chargers to funding the manufacturing of them, at a moment when charging demand under PM E-DRIVE, state EV policies, and fuel-retail partnerships is scaling faster than domestic EV charger production capacity has kept pace with.

At IMARC Engineering, we see this as an inflection point for engineering-led project development in the EV charging equipment sector specifically. We support charger manufacturers and component makers with feasibility studies calibrated to certification and testing requirements unique to power electronics, plant planning and manufacturing process design for charger assembly and sub-component production, utility and testing infrastructure engineering, and full project execution through commissioning.

As government funding increasingly targets EV charger manufacturing capacity directly rather than only charging station deployment, the companies that pair that funding with rigorous engineering planning will be the ones whose facilities are actually producing certified, reliable chargers when India's charging network needs them most.