Retail and logistics operate many sites with a similar, highly predictable profile — refrigeration, lighting, HVAC and a growing fleet-charging infrastructure at depots. The greatest lever is often not the single site but the repeatable architecture across the whole portfolio.
Cold stores with a high, thermally sluggish base load; stores with day-dependent consumption; logistics depots with hard charging peaks when the fleet charges overnight. Cooling load is a natural thermal store — a lever that is often overlooked.
Which standard architecture fits many sites? Does storage buffer depot charging instead of a grid reinforcement? Can cooling load be used as flexibility? EXAIOS makes the sizing repeatable instead of expensively bespoke.
More than 6 million sites across Europe are pre-analysed. EXAIOS evaluates PV, storage, charge control and cooling flexibility together and delivers a dominant architecture per site — scalable across the portfolio.
Per site and across the portfolio: IRR, NPV, DSCR, p10 — plus the sites where nothing pays off (NO-GO). A free first indication for your site.
EXAIOS returns the decisive figures for every site:
We publish no invented numbers. Compute your real site in minutes — the first indication is free.
Start a free indicationUsually yes — repeatability cuts planning and procurement cost sharply. EXAIOS identifies the dominant standard architecture and the sites that deviate from it.
Yes, thermally: pre-cooling in cheap hours shifts load without a battery. EXAIOS prices that flexibility in.
A battery often buffers charging peaks more cheaply than a grid reinforcement. EXAIOS computes both options against each other.