Blue Frontier frees the capacity your building already owns — fitting in 3,404 kW of new load and saving $62.4M over ten years. A five-step briefing — scroll through it.
An 800,000 sq ft mall's electricity demand across the year. A handful of summer afternoons set the peak the building's entire electrical service must be sized for.
Sorted by demand, the building runs at just 41.8% load factor — its electrical service is sized for a handful of summer afternoons, not the building. That idle capacity is the only reason a $95.7M upgrade looks necessary.
Adding 3,404 kW of data center load the traditional way means a new electrical service — roughly $95.7 million over ten years, plus months of construction.
Blue Frontier technology stores cooling capacity overnight, when power is cheap and abundant. By day it releases that stored cooling without drawing from the grid — holding the building's afternoon peak flat no matter how much data center load you add above it. That frees 3,404 kW of capacity you already own.
The data center fits inside existing capacity — the building's peak stays at 7,256 kW. Ten-year cost drops from $95.7M to $33.3M: a $62.4M saving.
Every step above — baseline load to a $95.7M upgrade avoided — in one continuous view.
Add data center load to your building now — not after a multi-year electrical upgrade. We'll model your building's peak and show you exactly how much capacity Blue Frontier technology frees.
Figures shown are from a Blue Frontier load analysis of an 800,000 sq ft mall. Results vary by building — your assessment models your own load profile.