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Enmon for sports facilities

The ice can’t give way. The pool can’t go cold.
The bill can.

Ice rinks, pools and sports halls are the most energy-hungry buildings a city runs, and their systems can’t simply be switched off. Enmon watches the critical machines around the clock, computes the true cost of every operating hour and benchmarks facilities against each other.

Explore the complexCase studies from large operations
24/7
ice cooling, pool filtration and dehumidification run, even while the complex sleeps
Hours
separate a cooling failure from melted ice and a ruined season
€/hour
the true cost of a rented hour, a basis for the price list, not a guess
Model story

The night the ice almost gave way

The ice in an ice rink is kept alive by the refrigeration plant, compressors that run non-stop all season. When they drop out at night, a few wasted kilowatt-hours are not the problem. The ice gives way within hours and takes the whole week with it: practices, matches, public skating, rentals.

That’s why Enmon meters critical systems at short intervals and compares consumption against the normal profile. A deviation means a phone notification, to the caretaker, the plant operator, whoever is on duty. Next to this is the log of one model night.

This isn’t optimisation, it’s insurance. One averted breakdown pays for it, and the savings on the bills are a bonus on top.

Night log, model ice rinkrefrigeration plant room
02:14

Plant room consumption dropped out of profile. The compressors went quiet and the pipework temperature starts to climb. Enmon detects an anomaly in the metering data.

02:15

Notification to the caretaker and the plant operator: “Refrigeration plant room, consumption outside the usual profile. Check the equipment.”

03:10

Service crew on site, cooling is running. Plant room consumption returns to the normal band, pipework temperature is falling.

06:30

Morning practice on hard ice. Nobody in the arena can tell anything happened overnight.

Without the night alarm, the failure would only be found in the morning, and instead of a service call-out, you’d be dealing with softening ice and a disrupted schedule. The same watch works for pool filtration, water heating and dehumidification.
Model scenario, this is how the alarm runs on metering data.
Model complex

Where the money flows in a sports complex

Click the systems. For each one you’ll see what Enmon watches, and what typically turns up at sports facilities.

ICE RINKPLANT ROOM · AMMONIAINDOOR POOLAHU · DEHUMIDIFIERSPORTS HALL · RENTALSCHANGING ROOMSMAIN SUPPLY
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What typically turns up

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Facility economics

What does an hour of ice cost?

At most facilities, the rental price list is inherited from last season and adjusted by feel. Yet all it takes is metering, and every operating hour gets its true cost. A model complex:

True cost of an operating hour

Ice sheetcooling, resurfacer, lighting, HVAC??? €/h
Indoor poolwater heating, filtration, dehumidification??? €/h
Sports halllighting, heating, HVAC??? €/h
Model numbers (we’ll calculate yours from your data. The point is elsewhere: the rental price list stops being a shot in the dark. When an hour of ice costs €74 in energy alone, a discounted rate for the youth club is a conscious council decision) not an invisible hole in the budget.

Pools under one owner, consumption per year

The aquapark burns by far the most, and yet per visitor it’s the most efficient. The real problem is South Pool: 17,1 kWh per visitor, 47 % more than comparable pools. The usual culprit: an ageing dehumidification unit with no heat recovery. The benchmark tells the owner where to send investment first, and where tuning the operation is enough.
Round-the-clock watch

Systems that can’t be switched off have to be watched

A sports facility doesn’t save by switching things off. It saves by running every machine exactly the way the operation really needs, and by knowing about a failure before visitors notice.

Alarms on critical systems

Ice cooling, pool filtration and heating, hall dehumidification, each system’s consumption is compared against its normal profile. A deviation means a phone notification in the middle of the night, not a discovery in the morning.

A price list built on true costs

An hour of ice, a pool lane, an evening in the hall, everything gets real costs from metering. Rentals and discounted club rates then stand on data, not on last year’s price list.

Benchmarks for owners

A city or region sees all its facilities side by side in a unit that makes sense, per visitor, per hour of ice. Investment goes where the data shows the biggest problem.

0/7

cooling, filtration and dehumidification run, under continuous data watch

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model cost of an hour of ice, a basis for the rental price list

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pools under one owner in a fair per-visitor comparison

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metering interval, an anomaly shows up at night, not at month-end

Context

A sports facility rarely stands alone

Most sports facilities are run by a city or a region

The ice rink, the pool and the halls tend to be the biggest items in a municipal energy budget, and they make the most sense as part of the whole building portfolio. How Enmon manages energy for cities and regions has pages of its own.

For cities & municipalitiesFor regions

What does an hour of your ice really cost?

It starts with a screening of the plant room and the main loads. Alarms on critical systems run from day one, savings and a price list built on data follow right behind.

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