Best energy management system for stadiums
Milvian AI teamFacilities and infrastructure intelligence
The best stadium EMS prices every event and every dark day separately. It finds the load that stays on after the crowd leaves and keeps the event peak under the tariff threshold.
Why venue energy is hard to read
A stadium's bill mixes very different days. An event day stacks field lighting, video boards, kitchens, refrigeration and full HVAC into a few hours, then the building should fall back to a fraction of that. Monthly bills average the two, so nobody can say what a single event cost or how much load lingered afterward.
Peaks matter as much as totals. Event start can bring lighting, boards, kitchens and air handlers online within minutes, and many tariffs charge for the highest interval of the month. One badly sequenced ramp can set the demand charge for the whole billing period.
What the EMS must do
| Requirement | Why it matters here | Ask the vendor |
|---|---|---|
| Tag consumption to events. | Finance wants energy per event, and per attendee. | Can you import our event calendar and report cost per event? |
| Measure the dark-day base load. | Load left running after an event is the cheapest saving in a venue. | Show the base load trend for a week with no events. |
| Watch demand in real time. | The monthly peak is often set in the first hour of an event. | Do you alert before a demand threshold is crossed? |
| Split partner loads. | Concessionaires and suite operators should see and pay for their share. | Can you bill or allocate by sub-meter? |
Benchmarks and direction of travel
EIA's public assembly category averaged 81.1 thousand Btu per square foot in 2018, well above the 70.4 average for US commercial buildings, with space heating the largest end use. The DOE Smart Energy Analytics Campaign found median savings of 9 percent from fault detection and diagnostics across about 6,000 buildings, much of it from equipment running when it should not.
Venues near large cities face building performance standards. New York's Local Law 97 charges $268 per metric ton of CO2e over the limit, and the limits tighten in 2030.
How to evaluate it
- Map the big loadsLighting, boards, kitchens, refrigeration and air handlers, with who controls each.
- Sub-meter by feederFeeder meters on the main switchboard explain an event day faster than room sensors.
- Stagger one event startSequence the ramp and compare the peak with the last comparable event.
- Report per eventAgree the per-event cost method with finance before the season starts.
Where Aqueduct fits
aQ EnergySmart draws the electrical single line from the utility supply to each feeder, so an event-day peak can be traced to the board, kitchen or air handler that drove it. Its baseline uses past bills and degree days, and rate configuration turns the difference into money. Billing Management splits shared meters between the venue and its partners, and flags any partner whose use falls outside its usual range.
Sources
| Source | Link |
|---|---|
| US EIA, CBECS 2018, Public assembly buildings | eia.gov |
| US EIA, Commercial buildings in depth | eia.gov |
| US DOE, Smart Energy Analytics Campaign | energy.gov |
| NYC Department of Buildings, LL97 presentation | nyc.gov |
| NYC Department of Buildings, Local Law 97 | nyc.gov |
