Hvorfor bør jeg optimalisere trykkluftinstallasjonen?
Your compressed air system is a big energy consumer. Improve its efficiency, and your operational costs and CO2 footprint will plummet. As a bonus, you get more reliability, machine availability and minimal downtime.
Atlas Copco’s approach focuses on reducing the overall energy bill, which means that we look through your compressed air installation, from compressed air generation to the distribution network and demand.
1. Undersøk om trykkluftsystemet ditt fortsatt er kostnadseffektivt
Understand your compressed air system
With AIRScan, we inspect your entire air system, from the compressors via the air net to the demand side.
It reveals any weak spots in your installation, identifies the best solutions to fix these weaknesses, and provides accurate savings calculations for each of these solutions.
2. Aktiver optimaliseringstrinnene som gir deg mest nytte
Empowered by the insights from the AIRScan report and guided by expert support from Atlas Copco, you can start implementing the solutions that will make a real difference.
Repair compressed air leaks
Did you know that up to 20% of the energy consumption in your compressed air system could be lost to air leaks? That’s a lot of money you are blowing away.
Tighten your pressure band
Lowering the system pressure is a great way to save energy. Matching the air demand within a narrow pressure band makes all the difference.
In a multiple compressor installation, compressor control systems contribute to a more accurate pressure output and reduced energy consumption. Upgrading equipment to our latest technologies invariably results in efficiency improvements.
Recover thermal energy
Air compression generates heat, which is usually released into the atmosphere via the cooling system. However, this energy can be captured and used for workspace heating, hot water, or industrial processes. With Energy Recovery, temperatures can be raised up to 90°C/194°F. If you need higher temperatures, then a Heat Pump is the right choice for you. Your compressor releases energy. Don’t let it go to waste!
3. Spar penger
Monitor your compressed air installation
SMARTLINK enables you to follow up on the performance and service status of all the equipment in your air compressor room. Detailed reports help you keep track of your energy efficiency, also allowing Energy Management according to ISO 50001.
SMART AIRnet monitors various parameters, such as flow pressure and humidity at critical locations to safeguard the quality of your compressed air network.
An Air Quality Plan captures all critical air quality parameters and processed via SMARTLINK.
Hvordan andre kunder har oppnådd bærekraftige besparelser
Oppdag hvordan du kan maksimere effektiviteten i kompressorrommet.
Les mer om optimalisering av kompressoren
Looking for tips and best practices from industry experts, ways to increase your compressor energy efficiency?
Our blogs have all the answers.
Optimaliser installasjonen
Vanlige spørsmål
Atlas Copco’s approach focuses on reducing the overall energy bill, which means that we look through your compressed air installation, from compressed air generation to the distribution network and demand. We pinpoint the areas where potential savings can be made. We then advise the appropriate actions to optimize the situation. Improving the energy efficiency of your compressed air installation can save you a lot of money.
Our skilled energy audit engineers carry out an air system energy audit with expertise in identifying areas of loss or inefficiencies within your compressed air system. A detailed report highlights the inefficiencies and provides proposals on how to optimize the performance and energy consumption of your installation. A typical AIRScan identifies tangible measures that results in 25-30% energy savings and a significant amount of CO2 reductions. You run the risk of missing out on a significant reduction of your energy consumption by not having your installation audited by our specialists.
Without a central compressor control system, the load/unload pressure of each compressor can be set to react to changes in air demand. If the system pressure drops, an additional compressor will switch to loaded running. However, the sequence will always be the same, and the advantages of a VSD are not fully put to use. The result: higher pressures than required, too much unloaded running and… a steep energy bill.
Find out how our central control system helps you save money.