Commercial electricity for fitness and recreation

Before-work and after-work peaks. High ventilation rates mean the building conditions far more air than its floor area suggests.

Illustrative shape, not measured data. It shows the pattern this kind of operation tends to follow, which is why its bill behaves the way it does. Your real profile comes from your own interval data, and it is the only version that can produce a number.

What the federal building survey says

In 2018 the U.S. Energy Information Administration surveyed 6,436 commercial buildings and recorded the electricity each used. These are the surveyed buildings that match fitness and recreation, in kWh per square foot per year. Each is a whole building classed by what fills the most of it, so a single tenant space inside a larger building can use more or less.

Survey year 2018, so this is the usage pattern, not a forecast. Prices here are today's: the US average commercial price for the 12 months to the latest EIA month. The cost estimator does the same for your own floor area and state.

What drives the load

• HVAC and high ventilation rates
• Domestic hot water and showers
• Pool and sauna where present
• Cardio equipment and lighting
• Laundry

The trap this industry falls into

High outside-air ventilation requirements mean a fitness facility conditions far more air than its floor area suggests, and the resulting load is frequently misattributed to equipment rather than to ventilation.

What to actually do

1. Review ventilation rates against actual occupancy patterns rather than against design maximum
2. Evaluate demand-controlled ventilation so airflow tracks real occupancy instead of running flat out
3. Check water heating recovery and scheduling against the shower peak, which is usually sharp and predictable
4. Review pool cover and heating schedule where applicable, since an uncovered heated pool loses most of its heat to evaporation overnight

Which half of the bill to attack

A commercial bill splits into supply, which a competitive supplier can price where a competitive market exists, and delivery, demand, fixed charges and riders, which stay regulated whichever supplier you use. Load factor decides which half is worth your attention, and for fitness and recreation the answer is usually clear.

At a moderate load factor, the peak is doing disproportionate damage relative to total consumption. Demand charges and rate schedule fit therefore usually matter more than the supply rate, and an operator who switches supplier to chase a lower supply price has left the growing part of the bill untouched.

This is also why a supply quote alone is a misleading answer for this industry. It is priced against the half of the bill that is not the problem.

The mechanics behind this: load factor, demand charges and rate schedule fit.

What we need to give you a real answer

• 12 months of bills
• Operating hours and peak occupancy times
• Ventilation design and control strategy
• Pool and amenity inventory
• Whether laundry is on site or outsourced

The item that most often turns a vague conversation into a specific finding is twelve months of peak kW. A single bill shows what you paid; twelve months of demand readings show the shape that caused it, and the shape is where the recoverable money is.