The ventilation, heating, and air conditioning in sports facilities are all very important. Ventilation helps to provide fresh air, remove moisture and reduce condensation. Air conditioning and ventilation in swimming pool areas are essential for maintaining the right temperature. The air conditioning system is used to reduce heat generated by both people and equipment. The use of air conditioning and ventilation consumes a lot of energy.
These systems can consume up to 60% more energy if they are not maintained properly, which makes them more expensive and more likely to break down. Regular maintenance is essential to keep track of dirt that can accumulate in air ducts, fans and other parts that reduce the efficiency of the system.
Lighting accounts for up to 20% of all energy costs in sports facilities. Even the smallest of changes can have a big impact. The best way to make the most of the natural light is by using transparent fabric roofs, transparent glass roofing and windows. Fabric roof structures are popular for sports facilities, especially over swimming pools and sports fields. They provide large open spaces with natural light diffusing advantages.
The heating and ventilation of pools can consume up to 65% the total energy used by a sports facility. Using a pool cover can reduce energy waste by up to 30%. The cost of overheating is not only higher, but it can also increase the amount of condensation that needs to be dealt with. This could lead to damage to the fabric of the building.
Due to the high power consumption, electronic equipment can produce a great deal of heat. Air conditioning is used to combat this problem, which doubles your energy consumption. Regular maintenance is essential, as well as keeping moving parts clean and free of dust and dirt. For Air Conditioning Stroud, go to acecc.co.uk/air-conditioning-near-me/air-conditioning-stroud
Plug-ins and timers can be used to programme lights and gym equipment that will turn off at night and during low usage times to save more energy. Surprisingly around 65% is lost in the building. This number depends on a variety of factors, including the outside temperature and insulation levels. It also depends on how well doors and windows are fitted. Keep up with repairs and don’t let holes or gaps in doors or walls. Insulation in the roof can lose up to a quarter of the heat, so it is important that the insulation there be thicker.