Available capacity is not a delivery date
Somewhere in your marketing materials is a megawatt number. It came from a utility contact who was being helpful and honest — the substation has headroom, the number is real, nobody made it up.
Then a 90MW prospect runs your site through diligence with a consultant who asks the second question. Not is there capacity, but can you energize by Q3 2028. And the answer involves an interconnection queue, a transformer with a 36-month lead time, a feeder that was never built for that load, and a capital improvement plan that doesn’t mention your corridor. You don’t lose that project in a meeting. You lose it in a spreadsheet you never see.
Nobody in the chain is lying to you
The utility answered the question you asked. You asked whether capacity exists, and it does. Nameplate capacity is what the system theoretically supports — and on that question, your utility partner gave you a defensible number.
Deliverability is a different question. It factors interconnection queue position, substation and feeder configuration, transformer procurement, redundancy under contingency, whose capital pays for the upgrade, and whether the utility’s own capital plan puts steel in the ground near your site inside your prospect’s timeline.
We’ve seen projects where a utility confirmed capacity on paper and the real delivery window ran four to seven years once the queue and the buildout were accounted for. That isn’t a recruitment win waiting to happen. It’s a stranded marketing claim, and it costs you credibility with the exact consultants you most need to keep.
Utility planning is organized around reliability and rate base. Economic development is organized around prospects and timelines. Both functions are doing their jobs.
Almost nobody is holding a single document that translates one into the other — at the substation level, in the language a site selection consultant will accept. That document is what this engagement produces.
Inventory. Test. Cost. Sequence. Say it out loud.
Eight to twelve weeks from kickoff to board or commission presentation.
The rule: nothing enters the report as capacity unless it carries a source and a date. Sourced, derived, and pending figures stay distinguished throughout and are never conflated. Where a number is unconfirmed, it’s carried as a flagged placeholder — never invented, never rounded into confidence it hasn’t earned.
Who serves what, and with what.
Service territory boundaries mapped against your actual site inventory — including the parcels served by a different provider than everyone assumes. Utility-by-utility asset inventory: transmission and distribution voltage classes, substation locations and ratings, feeder configuration, existing load, generation and purchased-power position, and the rate schedules an industrial customer would actually land on. Water, wastewater, and natural gas inventoried in parallel, because power is rarely the only ceiling and it is frequently not the first one.
A service territory map keyed to your site portfolio, and a sourced asset ledger — every figure traced to a utility document, tariff sheet, FERC or state commission filing, or a named conversation with a date on it.
The phase that changes what you're allowed to claim.
Substation by substation, we separate three things your current materials treat as one: capacity that exists, capacity that can be delivered by a specific date, and capacity that requires a named capital project before it's real. Interconnection queue position and study status. Transformer and long-lead equipment procurement reality. Contingency and redundancy — what the site can carry when the system loses an element, not just on a good day. Whether the utility's capital improvement plan actually funds your corridor, and in which planning year.
A deliverability tier per substation and per priority site — available now, available on a dated path, or gated behind a specified project — with the constraint named in each case.
Real prospects, not round numbers.
We build prospect archetypes at the scales your region is actually being asked about — a 20MW food processor, a 60MW advanced manufacturer, a 150MW single-building data center, a 400MW+ phased campus — and specify each across power, water, wastewater, gas, and ramp schedule. Then we run them against the Phase Two findings at a headroom standard above peak demand rather than at nameplate, and screen for fatal flaws before anyone builds a cost case.
The point is to fail things early and specifically. Not "this may be tight," but: this site cannot host the 150MW scenario until the second transformer bank is energized, water draw exceeds the treatment plant's permitted capacity at that load, and here is which of those is cheaper to fix.
A pass / conditional / fail verdict per site per scenario, with the binding constraint identified — and a defensible answer to the question "what is the largest project we can credibly pursue today."
What unlocks what, at what cost, on whose balance sheet.
Every constraint that can be closed gets a costed and sequenced path: the specific upgrade, order-of-magnitude capital, realistic lead time including procurement, and the funding mechanism question that actually stalls these projects — rate base, contribution in aid of construction, public co-investment, developer contribution, state infrastructure program, or some negotiated blend. We identify the dependencies, so you know which single investment unlocks three sites and which one unlocks nothing until a second project follows it.
A prioritized infrastructure roadmap with cost ranges, lead times, funding pathways, and unlock value — the document a utility takes to its planning process and a community takes to a capital campaign.
Language you can defend in a diligence call.
We write the capacity language for your RFI responses, site profiles, and prospect conversations — specific, dated, sourced, and structured the way a site selection consultant expects to receive it. We also tell you what to stop claiming, which is usually the more valuable half. Then we package the whole thing for the audience that has to approve it: board, council, utility leadership, commission, or the state.
RFI-ready capacity language per site, a one-page infrastructure profile per priority site, and a presentation-ready deck for the approving body.
We don’t design substations, and we don’t sell megawatts
Most regional infrastructure assessments come from an engineering firm — competent and thorough, and also in the business of designing the capital projects the study recommends — or from the utility itself, whose document a corporate prospect will read as a marketing claim from an interested party, fairly or not. We’re the third thing: an independent read from someone who has been the consultant on the other side of the table, eliminating regions over exactly these findings.
We have no capital project to sell
When the honest answer is that a constraint isn't worth closing at your prospect volume, we say so. That answer has no revenue attached for us.
We're an engineering consumer, not an engineering provider
We don't run load flow models or stamp drawings. Where the question requires a licensed engineer, we scope it, tell you what to ask for, and read the result critically.
We know which questions survive diligence
"Capacity is available" ends a conversation. "42MW deliverable at the Line Road substation, energized by Q4 2027, subject to a completed system impact study" starts one. That difference is the entire value of this work.
Independence makes your own numbers usable
A utility ED team gets a document its prospects will believe. Not because your engineering is wrong — because an independent read is what turns your claim into a prospect's confidence.
Structured for the way utilities and EDOs actually operate
Fixed fee, never hourly
You know the number before we start, and it doesn't move when scope clarifies.
Weeks, not quarters
Eight to twelve weeks from kickoff to presentation. Infrastructure planning cycles are long; the decisions that depend on them usually aren't.
Phase gates, not a black box
Each phase ends with a deliverable and a decision. Continue, pause, or stop — the work you've paid for stands on its own either way.
You get the workbooks, not just the report
The asset ledger, the scenario models, the source registry. You can recreate any number from first principles — and refresh the study yourself when a substation upgrade energizes.
Built for boards, commissions, and funders
We'll help you build the approval packet, present to your board or commission, and package the outcome for the state, the utility partner, or the funder underwriting the infrastructure.
We work with your team, not around it
Your staff learns the system as we document it. When the engagement ends, the knowledge stays in the building — and the next prospect question gets answered by you, in a day, without a phone tree.
If you’re a utility ED team
You need a defensible, prospect-facing view of what your service territory can serve and when — one your planning group stands behind and your recruits will believe. You’re fielding load requests at scales your interconnection process wasn’t built for, and you need a way to say yes precisely instead of yes vaguely.
If you’re a community or regional partnership
You’re marketing sites against a capacity number nobody has pressure-tested, you’re being asked about data center and large-load readiness by people who know the follow-up questions, or you’re deciding where to put finite infrastructure dollars and want the unlock math before the vote.
Certified tech parks and port authorities positioning for large-load users. Regions whose target industry work identified power-intensive targets and needs the capacity side confirmed. Communities that have just lost a project they suspect they never actually could have served.
If what you need is a load flow study, an interconnection application, or a stamped engineering assessment, hire an engineering firm — we’ll tell you which questions to put in the RFP, but we’re not that. And if leadership needs this study to validate a capacity number that’s already in a press release, we’re the wrong firm. This methodology produces dates and constraints, and sometimes the date is bad news. Bad news you can act on beats a number your prospects will quietly disqualify you over.
Typically 3 to 25 staff. Based in Indiana, working nationally.
The power finding that reshaped a four-county target list
A regional EDO’s targeting work turned on infrastructure it hadn’t tested. Fatal flaws screened before cost. Industries eliminated on capacity and rate structure rather than opinion — including one the region had been marketing to for years.
Often paired with
Target Industry Study
The targeting side of the same question. Capacity ceilings decide which industries survive cost analysis; if you're doing both, sequence this one first or run them together.
Certified Site & Economic Development Strategy
Site-level readiness and gap closure, where utility capacity confirmations are one of the documents certification programs demand.
More on power, capacity, and readiness
Matthew Marshall — Minnkota Power Cooperative
A conversation about utility economic development, grid constraints, and how cooperatives think about large-load recruitment.
Data Center Site Selection: Power Is Where You Start
The deliverability argument in full — including behind-the-meter bridge strategies and why water kills more sites than power.
The Interconnection Queue Problem
Why queue position is the variable most capacity claims ignore — and what it means for communities positioning sites for large-load users.
The Interconnection Wall
A deeper look at the structural constraints blocking power delivery — and what communities and utilities can do about them.
Start with a conversation
No pitch deck required. Tell us the capacity number you’re currently marketing and the largest prospect you’ve been asked about, and we’ll tell you honestly whether you need a full regional study, targeted diligence on one or two substations, or a conversation with your utility that costs nothing.
20 minutes, no cost.
Schedule a Fit CallOr email [email protected]