"Warehouse" shows up constantly in our other guides — as an example tenant in a Dallas industrial park, a Fort Worth logistics corridor, a multi-use commercial property near a major highway interchange. It never gets its own breakdown, which is a real gap given how large this sector actually is in Texas. The state is home to some of the largest inland logistics hubs in the country: the Dallas-Fort Worth corridor anchored by developments like Alliance Texas, the Houston metro with its port and Ship Channel-adjacent distribution capacity, the I-35 trade corridor running the length of the state, and Laredo — the busiest inland port in the United States for trade with Mexico.
Despite that scale, warehouses and distribution centers have an electricity profile that doesn't resemble manufacturing, retail, or office space, and most generic commercial electricity advice doesn't account for it. This guide covers what actually drives a warehouse's electricity bill, why the answer is genuinely different depending on whether you're running a dry distribution facility or a refrigerated one, and what a realistic procurement and efficiency strategy looks like for this specific building type.
Here's the part that surprises a lot of warehouse operators: per square foot, a dry, non-refrigerated warehouse is one of the least electricity-intensive commercial building types there is. The reason is structural. A typical warehouse is a large, mostly open volume with minimal equipment density relative to its footprint — no commercial kitchen, no dense server racks, no walk-in refrigeration cases running around the clock, and often only partial climate conditioning rather than full office-grade HVAC. We've cited the U.S. Energy Information Administration's Commercial Buildings Energy Consumption Survey elsewhere on this site to show that food-service and convenience retail buildings run dramatically above the roughly 14 kWh-per-square-foot commercial average — warehouses sit at the opposite end of that same spectrum, typically using a small fraction of what a retail or food-service building of equal size consumes.
That doesn't mean your total bill is small. A 14.3 kWh-per-square-foot intensity number means very little in absolute dollars on a 5,000-square-foot retail store; applied to an 800,000-square-foot regional distribution center, even a much lower per-square-foot intensity adds up to a genuinely large monthly account. The combination of low intensity and enormous square footage is exactly why warehouse electricity costs get overlooked — the per-unit number looks unremarkable, while the total bill is large enough to be one of the facility's biggest controllable operating expenses.
The load that does exist in a dry warehouse concentrates in a short list of categories: high-bay lighting, whatever HVAC and ventilation the facility actually runs, dock and material-handling equipment, and — increasingly, as logistics operations modernize — electric forklift charging and automated conveyor or sortation systems. Understanding which of those categories applies to your specific facility is the starting point for doing anything meaningful about the bill.
High-bay lighting is usually the single largest controllable load in a dry warehouse, and it's also the single highest-ROI upgrade opportunity most operators haven't acted on. A large share of older Texas warehouses still run metal halide or high-pressure sodium high-bay fixtures — lighting technology that's both less efficient and slower to reach full brightness than LED alternatives. Because warehouse lighting frequently runs far more hours per day than office lighting (continuously in 24/7 fulfillment operations, or across multiple shifts in others), the energy savings from an LED high-bay retrofit compound faster here than in almost any other commercial setting. This is worth treating as a near-term project rather than a someday upgrade, particularly for any facility still running legacy high-intensity discharge fixtures.
Material handling equipment and electric forklift charging represent the fastest-growing electricity load category in modern Texas logistics facilities. As operations shift from propane and diesel forklifts to electric fleets, charging infrastructure becomes a real and growing draw — and one with a specific demand-charge implication worth understanding before it shows up as an unexplained spike on your bill. The mechanics are functionally similar to the ones we cover in our guide on ERCOT demand charges for EV charging stations: if your entire forklift fleet plugs in simultaneously at the end of a shift, that simultaneous draw can create a sharp demand spike that determines your demand charge for the entire billing period, even though the actual charging event lasts only a fraction of the month.
Automation and conveyor or sortation systems add a different kind of load entirely — typically smaller in absolute draw than lighting or charging infrastructure, but highly continuous and predictable once a facility is running multi-shift or 24/7 operations. That predictability is actually good news for procurement, which we cover in the load factor section below. The practical trend to watch is that automation tends to grow over time as fulfillment operations modernize, meaning a facility's electricity consumption profile a few years from now is unlikely to look like its profile today — this is worth factoring into how far out you're willing to lock in a fixed-rate contract.
Everything above describes a dry, non-refrigerated warehouse. If your facility includes cold storage, refrigerated distribution space, or frozen logistics capacity, none of it applies in the same way — that space operates on a fundamentally different electricity profile, much closer in kind to the refrigeration-driven intensity we describe in our guide on Texas convenience store electricity rates and demand charges, just at a vastly larger scale.
Refrigeration compressors in a cold storage facility run continuously, creating a high, inflexible baseline demand that exists around the clock regardless of throughput. Defrost cycles on large refrigeration systems create periodic demand spikes the same way they do in a convenience store's reach-in cases — except at warehouse scale, a poorly staggered defrost schedule across dozens of refrigeration units can create a substantially larger spike than the single-digit-kW events we describe for a small retail account. If your facility combines dry storage and cold storage under one meter, the blended number on your bill obscures what's actually happening in each zone, and a competitive procurement process should be informed by interval data that separates the two rather than treating the whole facility as one undifferentiated load.
Load factor — the ratio of your average demand to your peak demand over a billing period — is one of the more favorable characteristics of a well-run distribution operation, and it's worth understanding because it directly affects the rates you'll see in a competitive auction. A facility running continuous, multi-shift, or 24/7 operations draws power at a relatively steady, predictable rate around the clock. That steadiness is exactly what a retail electricity provider wants to see when pricing a competitive bid, because there's less uncertainty baked into the load they're agreeing to serve.
A single-shift warehouse operating standard daytime business hours has a load profile closer to a typical office account — lower overall load factor, with a clearer daily on/off pattern. That's not a disadvantage exactly, but it doesn't carry the same procurement advantage that a 24/7 fulfillment center's steady demand profile does. Either way, knowing which category your facility falls into — and being able to show a supplier real interval data demonstrating it — is something worth bringing into any competitive bidding process rather than leaving suppliers to guess at your load shape from a monthly total alone.
Demand charges — fees based on your single highest 15-minute power draw during a billing period — apply to warehouse and distribution accounts the same way they apply to any other commercial account above a certain size, and the mechanics work exactly as described in our complete guide on Texas commercial demand charges. The warehouse-specific risk worth calling out directly is the shift-change spike: if HVAC zones, dock-area lighting, conveyor systems, and a bank of forklift chargers all activate within the same narrow window — common at the start of a shift or immediately after one ends — that simultaneous draw can become the single 15-minute peak that determines your demand charge for the entire month.
The fix is largely operational rather than financial. Staggering forklift charging schedules across a fleet instead of plugging every unit in at the same moment, sequencing HVAC and lighting zone activation rather than triggering them simultaneously at shift start, and reviewing your facility's actual interval data to identify when these spikes occur are all changes that don't require new equipment or a new contract — just a different operating sequence.
Texas's position as a national logistics hub isn't new, but the scale of recent growth is significant. The Dallas-Fort Worth corridor — including the Alliance Texas logistics and industrial development near Fort Worth — continues to attract major distribution and fulfillment investment. Houston's port access and Ship Channel-adjacent industrial capacity support a parallel logistics ecosystem on the Gulf Coast. The I-35 corridor running from San Antonio through Dallas remains one of the most heavily trafficked freight corridors in North America, and Laredo's position as the nation's busiest inland port for Mexican trade continues to drive distribution and cross-docking investment in South Texas.
That growth matters for your electricity strategy for the same reason we've covered in our broader ERCOT summer 2026 outlook: large-load growth concentrated in specific corridors puts real pressure on regional grid capacity and forward pricing. A logistics operator evaluating a new Texas facility, or renewing a contract on an existing one, should treat that growth trajectory as a reason to lock in competitive forward pricing sooner rather than later, not as background noise.
For a dry, non-refrigerated warehouse with a reasonable load factor, current competitive supply rates from a reverse auction generally fall in the same broad range we see across other commercial accounts in deregulated Texas territory — roughly 7.0–9.5¢/kWh for a 24-month fixed contract, with regulated TDU delivery charges adding another 3.5–5.0¢/kWh depending on territory and meter classification, producing an all-in rate typically in the 11.0–14.0¢/kWh range. Facilities with strong, consistent load factors from 24/7 operations are often positioned toward the more favorable end of that range, for the reasons described above.
Cold storage and refrigerated distribution facilities should expect a meaningfully higher all-in cost, driven by the demand-charge exposure inherent to continuous refrigeration load — closer to what we describe for refrigeration-intensive accounts elsewhere on this site than to a typical dry-warehouse number.
Very large distribution centers — multi-hundred-thousand-square-foot facilities with substantial total demand — may also fall under a different rate class or meter classification (Large Secondary Service or Primary Service, depending on your TDU territory) than a smaller commercial account would, which can affect both delivery charges and which supply contract structures are available. Our complete Texas commercial electricity rates guide covers how these classifications work in more detail, and it's worth confirming your specific classification is correct before evaluating any quote.
Third-party logistics providers and regional or national distributors operating multiple Texas facilities have a procurement advantage that single-facility operators don't: the ability to aggregate total load across every location into a single competitive auction. Retail electricity providers price larger, aggregated accounts more competitively than they price individual facility accounts, because a multi-site portfolio represents more total revenue and lower per-account acquisition cost from the provider's perspective.
Portfolio aggregation also solves a real administrative problem for multi-facility operators: instead of tracking separate contract expiration dates for every location — and risking one facility lapsing onto a holdover rate while the others remain under competitive fixed contracts — a unified portfolio contract puts every location on the same renewal schedule. For operators managing facilities across different TDU territories (an Oncor-served Dallas-Fort Worth facility and a CenterPoint-served Houston facility, for example), this is still achievable; delivery charges remain territory-specific and regulated, but the supply contract and renewal timing can be unified across the portfolio.
Audit your lighting technology first. If your facility still runs metal halide or high-pressure sodium high-bay fixtures, an LED retrofit is very likely the highest-return single project available to you, particularly for facilities running extended or 24/7 lighting schedules.
Stagger shift-change loads. Sequence HVAC, lighting zones, and forklift charging so they don't all activate within the same 15-minute window, reducing your exposure to an avoidable demand spike.
Separate cold storage from dry storage in your data and your procurement strategy. A blended number across both zones obscures the actual cost drivers in each. Request interval data from your TDU and evaluate each zone's load profile independently.
Run a competitive reverse auction before renewing. If your facility hasn't been competitively bid in the past 24 months, you are very likely paying above-market on the supply side. See our guide on how reverse auctions lower Texas business electricity rates for the full process, and our guide on contract renewal and switching to avoid lapsing into a holdover rate at renewal.
Consider portfolio aggregation if you operate more than one Texas facility. The procurement and administrative advantages compound with each additional location added to a unified contract.
If your facility also includes manufacturing or assembly operations rather than pure storage and distribution, our guide on Texas manufacturing and industrial energy brokerage covers the additional demand-charge and procurement considerations specific to production equipment.
This is expected, not a sign of a billing error. Dry warehouses are structurally one of the least electricity-intensive commercial building types, due to large unconditioned volumes and minimal equipment density relative to their footprint. Your total bill can still be substantial simply because of scale, even with a low per-square-foot intensity.
No. Your transmission and distribution utility — Oncor, CenterPoint, or AEP Texas, depending on your facility's location — physically delivers power regardless of which retail provider supplies it. Forklift charging stations, conveyor systems, refrigeration compressors, and every other piece of equipment in your facility are entirely unaffected by a provider switch.
Yes. A meaningful increase in charging infrastructure changes your facility's load profile and demand-charge exposure, and it's worth factoring into your next procurement cycle rather than discovering the impact on a bill after the fact.
If possible, evaluate the two zones using separate interval data rather than one blended account total. The refrigerated section will skew your overall demand and load factor numbers in a way that can obscure what's actually achievable on the dry storage portion, and vice versa.
There's no formal minimum, but the dollar savings from a rate improvement scale with your total electricity spend. For a large distribution center, even a modest per-kWh improvement typically represents a substantial annual dollar figure given the volume involved.
Whether you're operating a single dry warehouse or a multi-facility logistics portfolio spanning Dallas-Fort Worth, Houston, San Antonio, and beyond, the same principle applies: submit your most recent bill, let 25 or more licensed Texas providers compete for your account in a transparent reverse auction, and review every offer side by side before signing anything.
Contact EnergyBrokerTX for a free warehouse and distribution center electricity audit. No cost, no obligation, results within 24 hours. PUCT License #BR260054. Serving Dallas, Fort Worth, Houston, San Antonio, and all of deregulated Texas. For more on how commercial procurement works once you've confirmed you have retail choice, see our complete commercial energy rates overview.
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