What is the difference in energy consumption between conventional lighting and LED on an indoor padel court?

On an indoor padel court, LED lighting uses on average 60 to 75 percent less energy than conventional metal halide lamps. For a court with four to six fittings, that means a considerable difference in the annual energy bill, especially with intensive use. The questions below explore this difference further: from wattage and payback period to standards and the relationship with the location.

How much energy does the lighting of an indoor padel court use on average?

An indoor padel court with conventional metal halide lighting uses on average between 1,500 and 2,400 watts of lighting power per hour, depending on the number of fittings and the desired light level. With LED lighting, that consumption drops to an average of 400 to 800 watts per hour for a comparable or better light level.

With average use of four to six hours a day, six days a week, the difference in annual consumption quickly adds up to thousands of kilowatt hours. For a facility with several courts, this becomes a significant cost item. Lighting costs are therefore one of the largest recurring operating costs for indoor padel courts, alongside rent and staff costs.

The exact consumption depends on three factors: the number of fittings per court, the wattage per fitting and the number of burning hours per year. A good lighting installation is always matched to the dimensions of the hall and the desired illuminance, expressed in lux.

What is the difference in wattage between LED and conventional fittings for padel?

Conventional metal halide lamps for a padel court typically have a power of 400 to 600 watts per fitting. LED lighting for the same lighting result requires only 100 to 200 watts per fitting. The difference in wattage for a comparable light output is therefore structurally a factor of three to four.

That difference has everything to do with the efficiency with which light is produced. Metal halide lamps convert a large share of the power they consume into heat instead of light. LED lighting does this considerably more efficiently: more lumens per watt, less heat loss.

For an indoor padel court, four to six fittings per court are generally needed to achieve the required light level. With conventional 400-watt fittings, that means a total power of 1,600 to 2,400 watts per court. With 150-watt LED fittings you end up at 600 to 900 watts for the same result. Per court, that quickly makes a difference of 1,000 watts per burning hour.

How much do you save per year on energy costs with LED lighting on a padel court?

With average use of five hours a day and 300 days a year, LED lighting quickly saves 1,500 kilowatt hours per court per year compared with conventional lighting. At an energy price of around 0.30 euros per kilowatt hour, that is a saving of about 450 euros per court per year. For a facility with six courts, that adds up to well over 2,700 euros per year.

On top of that, LED lighting also requires less maintenance. Conventional lamps last on average 6,000 to 10,000 burning hours. Quality LED lighting reaches 50,000 burning hours or more. The costs of replacing lamps, hiring a technician and the associated downtime therefore fall sharply.

The actual saving always depends on actual use, the energy tariff and the quality of the chosen fittings. An indicative calculation based on your location and usage pattern gives a more reliable picture than a general average. If you want to know what the saving is for your specific situation, a cost overview for an indoor padel court provides a good basis for that calculation.

What is the payback period of LED lighting on a padel court?

The payback period of LED lighting on a padel court is generally between two and five years, depending on the intensity of use, the energy price and the difference in purchase cost compared with conventional alternatives. With intensive use and a high energy tariff, the investment can be paid back within two years.

The calculation is relatively simple: you divide the additional cost of LED lighting by the annual saving on energy and maintenance. Suppose the additional cost per court is 1,500 euros and the annual saving is 600 euros, then the payback period is 2.5 years. After that period, every year is pure savings.

It is also relevant that LED lighting is nowadays hardly more expensive than conventional lighting in new construction. On a new project there is in practice often little or no additional cost. The payback is then immediately positive: you pay less for lighting and use structurally less energy from day one.

Does the type of foundation or the location influence the choice of lighting?

The type of foundation has no direct influence on the choice of lighting, but the location itself does. For an indoor padel court in an existing hall, the height of the hall, the colour of the walls and ceiling, and the layout of the space help determine how many fittings are needed and what power is sufficient.

In a low hall with dark walls, more lighting power is needed than in a high hall with light-coloured walls. Reflection plays a major role in achieving the required lux level on the playing surface. A good lighting calculation always takes this into account.

For outdoor padel courts the location plays an even bigger role. Wind load, ambient light and the distance to homes can set requirements for the way lighting is mounted and aimed. Light emission towards homes may also be part of the permit application, where a lighting study may be mandatory. This is independent of the choice between LED and conventional, but it is a factor to consider early in the process.

Does LED lighting meet the official standards for padel courts?

Yes, quality LED lighting fully meets the official standards for padel courts. For recreational use, a minimum illuminance of 300 lux on the playing surface applies. For match use and official competitions the requirements are higher, generally between 500 and 750 lux, depending on the level and the requirements of the federation.

The standard applies to the average illuminance across the entire playing surface, including a minimum uniformity requirement. This means that not only the average lux counts, but also the distribution of the light across the court. Dark corners or strong contrasts are not permitted for official use.

For official matches, inspection by Kiwa ISA Sport is mandatory. Kiwa ISA Sport is the recognised inspection body in the Netherlands for padel courts and assesses, among other things, the lighting installation for compliance with the applicable standards. LED lighting that is correctly designed and installed meets these requirements without question. What matters is not whether it is LED or conventional, but whether the installation as a whole achieves the required light level with the right uniformity.

How I-Padel helps with LED lighting for your padel court

At I-Padel, we supply and install LED lighting as a standard part of our complete package. We don’t just advise on wattage, but also on the positioning of the fittings, the required illuminance per location and the connection to any permit requirements. That way you can be sure the lighting meets the Kiwa ISA Sport standards at handover.

What we offer in concrete terms:

• LED lighting matched to the dimensions and height of your hall or location.
• A lighting calculation per project, including lux level and uniformity check.
• Installation as part of the complete turnkey process, from foundation to handover.
• Advice on energy savings and payback period, tailored to your usage pattern.
• Compliance with all applicable standards for recreational and match use.

Would you like to know what LED lighting means for the costs and returns of your project? Get in touch for an initial exploration, we are happy to help you think it through with no obligation.

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