DERC EV Charging Order 2026: Who Pays for Infrastructure?

When a new EV charging site is planned, the biggest hidden question is rarely the charger itself — it's the EV charging infrastructure cost that sits behind the socket: the transformer, the cabling and the upstream grid work needed to deliver power. In July 2026, the Delhi Electricity Regulatory Commission (DERC) issued an order that settles who must foot that bill, and it's already shaping how operators across the country think about project budgets. For anyone planning a station in Himachal Pradesh, understanding this ruling is essential before you sign a demand note.

At EVision India, we build and manage EV charging infrastructure exclusively across Himachal Pradesh, so we've broken this order down into plain language — what "upstream infrastructure" actually means, who pays for it, and how it changes your numbers.

What the DERC EV Charging Order 2026 Actually Says

The ruling was issued as part of Delhi's electricity supply code updates and is tied to the central [PM E-DRIVE scheme](/blog/pm-e-drive-ev-charging-infrastructure-scheme-2026). The headline is simple but significant: DERC directed that EV charging infrastructure costs under the PM E-DRIVE scheme are to be borne by operators, not consumers, in Delhi.

Crucially, the order also clarifies how the utility must present those costs. DERC directed that full upstream EV charging infrastructure costs be included in the demand notes issued under PM E-DRIVE. In other words, the charge for building out the grid connection is made transparent and attributed to the party developing the station.

The measure was framed as a way to accelerate rollout. DERC positioned the changes as a boost to EV charging infrastructure under the PM E-DRIVE scheme in Delhi, issued through the Delhi Electricity Supply Code and Performance Standards (Removal of Difficulty) Fourth Order, 2026.

While DERC's jurisdiction is Delhi, its logic on cost allocation is widely watched, and it signals how "who pays for the grid" is likely to be handled as EV networks scale nationwide — including in hill states like Himachal Pradesh.

What Counts as "Upstream" EV Charging Infrastructure?

The word people trip over is "upstream." When you install a charger, only part of the spend is the visible hardware. The total project cost typically splits into two layers.

Downstream (at the site)

• The EV chargers themselves (AC or DC fast chargers)
• Charger foundations, cable management and safety gear
• The local metering, protection and site wiring

Upstream (getting power to the site)

• The [distribution transformer](/products) that steps grid voltage down for your station
• HT/LT cabling from the network to your premises
• Feeder upgrades, switchgear and any substation augmentation
• Grid reinforcement where the existing network can't carry the extra load

Upstream work is the expensive, unpredictable part — especially in Himachal Pradesh, where terrain, distance from feeders and grid capacity vary sharply between valley towns and higher-altitude locations. This is exactly the layer the DERC order pushes into the demand note so it can't be quietly passed to end-users. Our EV charging solutions are designed to account for this upstream layer from day one.

Who Pays for Transformers, Cabling and Grid Connection?

Under the DERC framework, the answer is clear: the operator developing the charging station carries the EV charging station electricity connection cost, and the utility must spell that cost out in the demand note rather than absorbing it into general consumer tariffs.

Here's how that plays out in practice for a station developer:

1. 01You apply for a new/enhanced connection for the charging load.
2. 02The utility (DISCOM) issues a demand note quantifying the sanctioned load and the associated infrastructure charges.
3. 03Under the DERC order, that demand note reflects the full upstream infrastructure cost — transformer, cabling and grid works — attributable to your project.
4. 04You pay the demand note; the DISCOM executes or oversees the connection work.

For an operator, this transparency cuts both ways. It removes ambiguity about what you owe, but it also means the EV charger transformer cost and grid-connection charges land squarely on your capital budget rather than being socialised across all electricity users. Our process walks Himachal developers through each of these steps, from load assessment to energisation.

How the Order Affects Project Costs and Returns

If you're modelling a station, the DERC approach changes three things.

1. Higher, clearer upfront capex. The EV charger transformer cost, HT/LT cabling and any feeder upgrade now appear explicitly in your demand note. Transformer and grid-connection work is frequently one of the largest single line items in an Indian charging project, so seeing it stated upfront helps — but it also raises the visible capex you need to finance.

2. Sharper site selection. Because the upstream infrastructure cost is charged to the developer, choosing a location near adequate grid capacity dramatically improves returns. A site 200 metres from a healthy feeder can be a fraction of the cost of one that needs a new transformer and long cable runs. In Himachal Pradesh, this makes local grid intelligence a genuine competitive advantage — something we factor into every deployment across our service locations.

3. More predictable payback modelling. With the full connection cost defined in the demand note, operators can model payback with fewer surprises. That predictability is good for lenders and investors, even if the headline capex looks higher than a "charger-only" estimate would suggest. Explore our EV charging products to match hardware to a realistic connection budget.

For context on the scale involved, industry cost breakdowns note that grid connection, transformers and civil work are consistently among the heaviest components of setting up an EV charging station in India, as detailed in guides like this EV charging station cost breakdown and this charging setup cost guide. Those figures reinforce why a clear demand note matters: the upstream layer is where budgets are won or lost.

What This Means for EV Charging in Himachal Pradesh

Himachal Pradesh's mix of tourism corridors, hill towns and long inter-city routes makes reliable charging essential — but the same terrain makes upstream infrastructure costlier and more variable than in the plains. The DERC order's principle — that operators pay a transparent, fully-costed EV charging demand note — is a useful planning template even where it isn't legally binding.

For local developers, the practical takeaways are:

• Budget for the EV charging station electricity connection cost as a first-order item, not an afterthought.
• Assess grid capacity before locking a site.
• Use the demand note as your single source of truth for upstream charges.

If you're planning a station in the state, talk to our team or explore our full EV charging services built specifically for Himachal Pradesh conditions, including our work around Shimla.

Frequently Asked Questions

Who pays for EV charging station electrical infrastructure under the DERC 2026 order?

The operator developing the station. DERC directed that EV charging infrastructure costs under the PM E-DRIVE scheme be borne by operators rather than passed to consumers, with the full upstream cost included in the utility's demand note.

What is upstream infrastructure in EV charging?

Upstream infrastructure is everything needed to bring grid power to your site — the distribution transformer, HT/LT cabling, feeder upgrades, switchgear and any grid reinforcement — as distinct from the downstream chargers and site wiring.

What is a demand note in an EV charging connection?

A demand note is the document a DISCOM issues quantifying your sanctioned load and the charges for the electricity connection. Under the DERC order, it must reflect the full upstream infrastructure cost attributable to the charging project.

Does the DERC order apply in Himachal Pradesh?

DERC's jurisdiction is Delhi, so the order is not legally binding in Himachal Pradesh. However, its cost-allocation principle is widely referenced and offers a practical planning template for operators budgeting connection costs anywhere, including hill states.

Why is the transformer such a big part of EV charging costs?

DC fast charging draws high power, often requiring a dedicated distribution transformer plus cabling and protection. This upstream equipment is frequently one of the largest single line items in an EV charging project, which is why the DERC order makes it explicit in the demand note.

Sources

• DERC Directs EV Charging Infrastructure Costs Under PM E-DRIVE Scheme To Be Borne By Operators, Not Consumers In Delhi — EMobility+
• DERC Directs Full Upstream EV Charging Infra Costs to be Included in Demand Notes Under PM E-DRIVE — Energetica India
• DERC Clears EV Charging Infrastructure Boost Under PM E-DRIVE Scheme in Delhi — Daily Pioneer
• Delhi Electricity Supply Code and Performance Standards (Removal of Difficulty) Fourth Order, 2026 — EQ Magazine
• EV Charging Station Cost in India (2026 Detailed Breakdown) — Hydromo
• Cost and Setup Process for EV Charging Stations in India — Pulse Energy