As India gathers momentum in its transition to electric mobility, the rapid expansion of EV charging infrastructure has become a key priority. Although the country now has more than 52,700 public charging stations, including 16,561 fast chargers, charging accessibility continues to be cited as one of the biggest barriers to widespread EV adoption.
This apparent contradiction highlights a more fundamental issue. The challenge is no longer simply about installing more charging stations—it is about ensuring they can be delivered efficiently and on time.
In this opinion piece, Sumit Kumar, Founder & Director, Headsup B2B Private Limited, argues that the real bottleneck lies upstream in the value chain. From procurement and supplier financing to planning and supply chain coordination, he explains why strengthening these foundational processes is essential to accelerating India’s EV charging infrastructure rollout.
A charging station is a supply chain, not a product
Every site is an assembly: transformer, switchgear, cable, EVSE controllers, DC power modules, storage and, increasingly, rooftop solar. One late component holds the entire site hostage. Commissioning slips, the lease keeps running, the financing clock does not pause.
Several of these components remain import-dependent — liquid-cooled cables, high-power DC modules, controller boards, advanced power electronics. Import dependence is lead-time volatility by another name. Developers absorb it by building buffers, and buffers are cost that eventually shows up in the tariff per unit.
The Real Bottleneck Lies in Vendors’ Working Capital
In infrastructure procurement, manufacturing capacity is rarely the limiting factor. The real constraint is working capital. A mid-sized manufacturer of switchgear or cables may have the capability to produce the required equipment but financing an order for 90 days while waiting for a developer’s payment can strain cash flow. Taking on additional orders during that period becomes even more challenging.
As a result, suppliers are forced to prioritise customers who offer quicker payments, extend lead times for others, or, in some cases, decline new orders altogether. What developers often perceive as a supply shortage is, in reality, a financing gap reflected in delayed deliveries rather than a lack of manufacturing capacity.
This is why payment terms, not unit price, are the highest-leverage variable in EV infrastructure procurement today. Move a vendor from a 60–90 day cycle to next-day settlement and their effective capacity for you multiplies without a single new machine on the floor. At Headsup B2B, embedded channel finance settles vendors on T+1 while buyers retain their own credit terms. The supply response is immediate, and it is visible in delivery commitments before it is visible anywhere else.
Procurement is a capability, not a function
Fragmented supplier databases, manual sourcing and disconnected project tracking cannot carry the complexity of a national charging rollout. What works is consolidation: a verified vendor network, transparent price discovery, live order visibility, and financing built into the transaction rather than bolted on beside it.
Done properly, this layer is asset-light. It does not own the inventory or build the project. It removes the coordination burden from the people who do. The payoff is shorter procurement cycles, enforceable vendor accountability and materially lower execution risk.
Resilience now matters as much as cost
Recent disruptions made the point plainly: geopolitical shocks, raw material spikes and logistics bottlenecks translate into delayed projects within a single quarter. Two things build durability against that.
First, predictive planning. Demand patterns, supplier performance history and early risk flags let developers secure critical equipment ahead of need, instead of bidding against everyone else at the point of shortage.
Second, localisation. Expanding domestic manufacturing of chargers, transformers, switchgear and power electronics compresses lead times and cuts exposure to currency and freight. Policy has laid the foundation. Converting it into installed capacity requires manufacturers with the working capital to invest — which returns the argument to how, and how fast, the supply base gets paid.
The backbone question
India will not run short of ambition on charging infrastructure, or of capital, or of policy support. What it can run short of is the sourcing and settlement infrastructure that turns all three into commissioned assets.
Someone has to be the backbone: verifying vendors, discovering price, moving material and paying the supply base fast enough to keep it building. That layer is unglamorous and it is decisive. The next phase of India’s EV story will be written less in charge point counts than in the quality of the procurement systems standing behind them.
