A refrigerated warehouse is an energy machine wearing a building. Energy runs 60–70% of total operating cost — roughly four times the electricity per square foot of a conventional warehouse, at about 24.9 kWh/ft² — and demand charges from refrigeration cycling can reach over 70% of the electricity bill. That concentration is a problem. It's also the opportunity: when one cost dominates the P&L, moving it moves everything.
The model
We built a representative refrigerated facility and ran it two ways: as-is on the grid, and with an integrated Power program — rooftop solar, behind-the-meter storage, demand-charge management, refrigeration efficiency, and backup. We then traced the difference not just to the utility bill, but all the way to EBITDA and enterprise value.
What we found
The integrated program turned the building's single largest cost into its single largest improvement. Over a ten-year horizon the modeled facility captured $12M+ in cumulative EBITDA advantage. Because that saving is permanent and recurring, it also reset the value of the asset itself.
- Energy OpEx falls sharply and permanently — the saving doesn't erode, it compounds.
- Demand charges, the least-visible line, drop the most through pre-cooling and storage.
- Backup retires the spoilage risk that can write off a building of product in a single outage.
From savings to value
This is the part most energy analyses miss. A permanent reduction in operating expense flows dollar-for-dollar to net operating income. NOI is what the market capitalizes. At a 6.25% cap rate, the recurring saving translates into an immediate $14.5M lift in asset value — before a single new tenant or contract.
Energy savings don't just cut a bill. They build value.
For an owner-operator, that's NOI and asset value. For a 3PL or operating company, the same dollars lift EBITDA, and the multiple the business trades at does the rest.
Method & assumptions
The figures above are from a modeled representative facility, not a single named site, and are intended to illustrate the economics rather than guarantee a result. Actual outcomes depend on utility rate structure, roof and site characteristics, refrigeration profile, available incentives, and financing. The full report documents every assumption — and our 30-minute working session produces the numbers for your specific building.