Utility make-ready programs are among the most valuable funding tools for commercial EV charging, and among the most misunderstood. They can take the single biggest cost off your books, but they come with timelines and ownership trade-offs that catch property owners off guard. Here is a clear explanation of how they work, what they cover, and when they are the right choice.
The 30C credit is closed; plan make-ready on its own timeline
⚠️ Note: The federal 30C charger tax credit ended June 30, 2026. No federal EV charger tax credit is available for equipment placed in service after that date; budget the real out-of-pocket cost and look to state and utility programs.
Utility make-ready is usually the longest dependency in a charging project. Make-ready design and construction commonly run several months to a year, and the utility's schedule, not yours, controls it. The 30C credit is no longer a factor in project timing, but that long dependency still deserves an early start: begin the utility application as soon as possible so make-ready does not become the bottleneck for the rest of your build.
What "make-ready" means
Make-ready infrastructure is the electrical system that carries power from the grid to the point where a charger can connect: the service upgrade, the transformer (if needed), the sub-panel, the conduit, the wiring, and the connection stub-out. Everything up to the charger itself.
In most commercial projects, make-ready infrastructure represents roughly 40% to 60% of total project cost. It is the biggest single expense and the piece property owners most often underestimate.
Utility make-ready programs fund this infrastructure. Depending on the program, the utility either installs and owns the electrical infrastructure or covers its cost. You install and own the charger hardware.
Why utilities offer these programs
Utilities benefit from EV adoption because more EVs mean more electricity sold, and load growth is good for a regulated utility's business. Beyond that, regulators in states that have adopted clean-vehicle standards often require utilities to actively support EV infrastructure deployment as a condition of their approved rate plans. By owning the make-ready infrastructure, utilities also gain visibility into new load and can plan grid capacity proactively.
How make-ready programs typically work
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Application. You apply to the utility's EV program with project details: location, number and type of chargers, and planned timeline.
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Site assessment. The utility or its contractor visits to evaluate existing infrastructure and scope the make-ready work.
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Approval. The utility approves the project and commits to funding the make-ready scope.
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Design and construction. The utility's contractor designs and installs the infrastructure, commonly within several months to a year of approval. This is usually the longest part of the timeline.
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Your installation. Once make-ready is complete, you install and commission the charger hardware.
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Ongoing relationship. Because the utility owns the make-ready infrastructure, later upgrades or expansions to that infrastructure mean going back through the utility program.
What make-ready programs cover and do not cover
Typically covered:
- Service upgrade, if needed
- Transformer upgrade, if needed
- Conduit installation
- Wiring to stub-out locations
- Sub-panel installation
Typically not covered:
- Charger hardware
- Charger installation (connecting hardware to the stub-outs)
- Network software subscriptions
- Civil work not directly related to electrical infrastructure (repaving, landscaping restoration)
- Your electrician's labor for the final charger connection
A note on how this interacted with the 30C credit
While the federal 30C credit was available (it ended June 30, 2026), an important and easily missed tax interaction applied. The 30C credit was calculated on costs you actually incurred. When the utility pays for and owns the make-ready infrastructure, that scope is not your cost, so it was not part of your 30C basis. You could claim 30C only on the portion you paid for, typically the charger hardware and the final connection labor. The same basis logic applies to any grant or rebate you stack today, so the worked example below is still a useful template even though the federal credit itself is gone.
A worked example (illustrative):
- Total project scope: $200,000
- Utility make-ready covers the infrastructure: $80,000 (utility pays, you pay $0 for it)
- Your remaining out-of-pocket cost: $120,000
- 30C credit at 30% (with prevailing wage and apprenticeship compliance), on your $120,000, not the full $200,000: $36,000
- Your net cost: $84,000
Calculating 30C on the full $200,000 would have overstated the credit by $24,000 and created an accuracy problem on the return. The credit was always applied to incurred cost only, and the same basis rule governs any grant or rebate you combine today. See Stacking Incentives for more on combining programs.
Which utilities offer make-ready programs
Make-ready programs exist primarily in states with clean-transportation standards or where regulators have approved utility EV programs. Well-established programs (verify current terms and availability directly, as program scope changes) include:
- PG&E, SCE, SDG&E (California): Comprehensive make-ready programs for multifamily, commercial, and public charging
- Eversource (CT, MA, NH): Make-ready programs for commercial and multifamily sites
- National Grid (NY, RI): Commercial charging programs with make-ready components
- Xcel Energy (CO, MN): Commercial EV charging programs
- Consumers Energy, DTE Energy (MI): Commercial programs in Michigan
- ComEd (IL): Commercial EV programs in northern Illinois
- PSE&G (NJ): EV charging programs for commercial properties
Many smaller utilities have no make-ready program. Rural electric cooperatives and municipal utilities vary widely; some have strong programs, many have none.
Trade-offs to understand
Pro: lower upfront capital. Getting the infrastructure funded by the utility can be the difference between a project that pencils out and one that does not.
Pro: utility-owned infrastructure may be upgraded more reliably if grid capacity needs to expand later.
Con: the utility controls the timeline. Make-ready timelines of several months to a year are common, and some utilities are significantly backlogged. This is the schedule risk that most often derails a project's overall timeline.
Con: you give up control of the infrastructure. Changes, expansions, and modifications require utility approval.
Con: added complexity and earlier planning. The application and approval process front-loads work and requires you to start sooner than a self-funded project would.
Con: not available everywhere. If your utility has no program, this option simply does not exist for you.
How to check availability
Contact your utility's commercial or business customer team and ask specifically about EV make-ready or EV charging incentive programs; many utilities have a dedicated EV team. You can also check your state utility commission's website, which often lists approved utility EV programs and their terms. For a starting point, see your state page on this site, where utility programs are listed where known. The residential companion piece Utility EV Charger Rebates: A Growing Incentive Layer walks the broader pattern of utility-side EV programs (rebates, managed-charging credits, EV-specific tariffs) and is useful even for commercial readers since most utilities run both sides through the same EV program team.
A short pre-commitment checklist:
Last factually verified: 2026-05-24 against California investor-owned utility EV program pages (PG&E, SCE, SDG&E), IRS Section 30C basis guidance, and state public utility commission EV program listings.
