The Power Readiness Framework: How Electrical Capacity Shapes an Industrial Site Decision

Jul 27

Most industrial site searches still treat power the way they treat parking or landscaping: a box to check once a building has already been shortlisted. That habit is becoming an expensive one. A site can clear every traditional requirement, clear height, dock count, labor access, transportation lanes, and still fail, because the electrical infrastructure the operation actually needs cannot be verified or delivered on the occupier’s timeline. The question is not simply whether a building “has power.” The better question is whether this site can support the operation we intend to run here, and whether the required infrastructure can be verified and delivered within the project’s business requirements. That distinction can eliminate a site before rent, layout, or negotiation ever enter the conversation, and it is why we build power evaluation into a site selection process from the beginning rather than confirming it at the end.

This is not a shift in electrical engineering. It is a shift in what industrial real estate decisions now depend on. Automation, cold storage, advanced manufacturing, and EV-charging infrastructure are all pulling more load into buildings that were designed for a lighter era of industrial use, and occupiers are increasingly evaluating sites in markets where utility capacity is being drawn on by data centers and other large power users at the same time. Power has moved from a line item to a gating variable, and gating variables need to be evaluated first, not confirmed last.

Start With the Operation, Not the Building

Every power conversation that starts with a building is starting in the wrong place. A building’s electrical service is only meaningful in relation to what the operation inside it actually needs to run, and that starting point comes from the operation, not from a listing sheet. This is why, before we narrow a site search on economics or layout, we want the operation’s load profile defined first.

An operations leader or plant manager typically already knows, or can quickly assemble, the pieces that matter: what equipment runs simultaneously versus in sequence, what the peak draw looks like during the busiest hour of production or fulfillment, whether the process involves refrigeration, welding, injection molding, battery charging, or high-density automation, and where the operation expects to be in five or ten years, not just on day one. That last point matters more than it sounds. A building sized correctly for today’s load and undersized for next year’s expansion is not a solved problem. It is a deferred one.

The output of this step is not a technical specification. It is a clear, business-language description of the load the site needs to support, developed before anyone tours a building or reviews a listing.

Practical Power Vocabulary, for Decision-Makers Rather Than Engineers

An occupier does not need to become an electrical engineer to make a good real estate decision. They need enough fluency to know what has to be verified, and by whom, before a site is trusted. A few terms come up constantly in these conversations, and the point of understanding them is not to reduce power readiness to a single number. It is to know what questions to ask.

An operation’s electrical requirements are rarely captured by one figure. They typically involve several dimensions at once: the total capacity required, often discussed in kVA or MW; the voltage and amperage the equipment is designed around; whether the service needs to be three-phase, which is the standard for industrial-scale motors and heavy equipment, as distinct from the single-phase service found in offices and residential buildings; the demand profile, meaning how that load behaves over time rather than only at its peak; and equipment-specific requirements that a general capacity number will not capture on its own. No single figure on a listing sheet answers whether a site works. The purpose of this vocabulary is to recognize when an answer is incomplete, so the right verification gets requested before a decision is made rather than after.

Transformers, switchgear, and substations matter less for how they work than for what they represent in a negotiation: each one is a potential point where capacity is constrained, and each one is typically controlled by a different party. A transformer may need to be resized. Switchgear may need to be reconfigured to distribute higher capacity through the building. And if the constraint sits upstream, at the substation or utility infrastructure serving the site, the issue is no longer a building-level modification. It becomes a utility-level infrastructure question, and a building-level fix and a utility-level constraint can carry materially different cost and schedule implications. Exactly how different depends on the specific utility, site, and jurisdiction, which is precisely why this gets verified directly rather than assumed. It’s also worth noting that terminology and processes can vary between utilities, which is one more reason these conversations belong with the utility itself rather than with a general framework.

“Power Available” vs. “Power Deliverable”

This is one of the central distinctions in how we evaluate a site, and it deserves to be stated plainly, because it is where most expensive mistakes in industrial site selection actually originate.

A listing or a landlord saying a building “has power” is not power due diligence. It is a starting point for due diligence, nothing more. The electrical service currently installed at a building was sized for a specific use at a specific point in time, and there is no guarantee it is sufficient for the operation now considering the space. And broader utility capacity in a market, the fact that a submarket generally has strong infrastructure, does not mean the required capacity can be delivered to this particular site, on this occupier’s schedule. A market can have abundant power in the ground and still leave an individual site with a constrained or slow-to-upgrade connection, because the limiting factor sits between the utility’s broader capacity and this building’s actual service.

Each of these three claims, that the building has power, that the existing service is sufficient, and that the market’s capacity reaches this site, is a separate question, and each one requires its own verification. Before we eliminate sites based on economics or layout, we want these questions answered directly, by the party actually positioned to answer them, not assumed from a general description.

Existing Service vs. Upgrade Requirements

Every industrial building has an existing electrical service, installed by someone who was almost certainly not thinking about the operation now considering the space. The relevant question is not whether the building has service. It is whether that service, as it exists today, matches or falls short of what the operation requires, and if it falls short, what closing that gap actually involves.

Where an upgrade is required, several variables behave very differently from a typical tenant improvement: the scope of what needs to change, from adding capacity within existing infrastructure to a full utility-level upgrade; the cost, which can range from a modest, tenant-fundable expense to a capital project that changes the economics of the entire deal; who is financially and contractually responsible, which is a negotiation point rather than an assumption; and the timeline, which does not run on the same clock as construction or permitting and can vary significantly by utility and site. We are direct with clients about this: specific upgrade costs and timelines should never be assumed from a general guideline. They get confirmed directly with the utility and a qualified electrical engineer for the specific site in question, which is exactly why this step belongs early in due diligence rather than late.

Power Due Diligence Before You Commit

The occupiers who avoid power surprises are the ones who ask specific questions, of the specific party actually positioned to answer them, before an LOI, lease, purchase agreement, or build-to-suit commitment is signed. Each party in the transaction knows a different part of the answer. None of them knows all of it, and no single question set here substitutes for direct verification by the utility and a qualified engineer.

Questions for the landlord or developer, to the extent their own records support them: What is the building’s current electrical service, and is it single-phase or three-phase? Has the electrical service been upgraded before, and if so, is there documentation, such as a one-line diagram or utility service agreement, available for review? If additional capacity is required, who is responsible for the cost, and has this scenario been priced before?

Questions for the utility, since only the utility can answer them with authority: What capacity currently serves this site or parcel, and how much of it is already committed elsewhere in the area? If additional capacity is required, what does the utility’s process and timeline actually look like for this site? Are there known upstream constraints, such as substation capacity, that would affect this location regardless of building-level upgrades? Is the utility currently serving other large loads nearby that could affect available capacity going forward?

Questions for an electrical engineer or consultant, on the technical suitability only they are qualified to confirm: Does the building’s existing infrastructure, including transformers, switchgear, and distribution, support the operation’s actual load profile, not just its peak number? What would a capacity upgrade require at the building level, independent of the utility’s own process? Are there code, permitting, or safety considerations specific to the intended use, such as cold storage, EV charging, or heavy automation?

Questions for the real estate advisor, on how the answers above should shape the decision: How does this site’s power picture compare to the other alternatives under consideration, on the same basis? How should power risk be reflected in the negotiation, including responsibility for upgrade cost and timeline? At what point in the process should power be evaluated relative to other site criteria, given this operation’s specific requirements? If the power picture is still uncertain, does that justify walking away from an otherwise strong site?

These are four different roles, not one, and part of our job is making sure none of them gets asked to answer a question outside its own expertise. A landlord can describe what exists, within the limits of their own records. A utility can describe what it can deliver, and on what basis. An engineer can confirm what the building’s infrastructure can actually support. Our role is different from all three: to know which of these questions to ask, in what order, and how the answers should shape the site decision and the negotiation, not to answer the electrical or utility questions ourselves.

Power as a Market and Site Comparison Variable

Power availability does not just separate individual sites. Increasingly, it separates markets. Industry research has tracked electricity costs and reliability becoming a more prominent factor in industrial site selection, particularly as occupiers compete for well-connected sites alongside data center and other large-load users. That trend is already visible in how site selection processes are being run for automation-heavy, cold storage, and advanced-manufacturing operations across the Western U.S.

In a site selection process, this means two buildings at the same rent, in the same submarket, can carry very different power pictures, and two markets that look comparable on labor and transportation can diverge sharply on power verification and upgrade risk. This is why we treat power as a comparison variable from the start of a search, the same way we treat labor or transportation cost, rather than confirming it only for the single site that survives every other filter.

For Nevada and the broader Western U.S., this is best understood directionally. Power has become a meaningfully more important site-selection variable here, as it has across the West, and any occupier evaluating Northern Nevada, or comparing it to Phoenix, Salt Lake City, or other Western markets, should expect power to be part of that evaluation rather than an afterthought. Specific capacity, substation, or timeline claims for any given site or submarket should always come from the utility and a qualified engineer for that site, not from a general market discussion.