The Arena Was Using Energy Long After Activity Ended

The arena depended on multiple systems operating continuously throughout the day, including

While everything appeared to be functioning normally, there was little visibility into how efficiently the facility was actually operating.

Utility bills showed total energy use , but they couldn’t explain which systems were driving demand, where energy was being wasted, or how much unnecessary runtime was occurring behind the scenes.

Once real-time circuit-level visibility was introduced, the facility uncovered 69 separate areas of energy loss across the arena.

The analysis identified an estimated 18.90% energy savings opportunity hidden inside everyday operational behavior.

The findings revealed that a significant portion of the arena’s energy use continued during periods of reduced activity. Lighting, heating, ventilation, plugs, and support systems maintained steady demand even when occupancy dropped.

Individually, many of these loads appeared minor — but together they created a large layer of hidden operational waste that quietly increased monthly operating costs over time.

Instead of relying on assumptions and monthly utility totals, the facility could finally see how systems were behaving throughout the day.

The arena shifted from reacting to energy bills toward understanding the operational behavior driving them.