At first glance, that might seem counterintuitive. How can spending more money be economical? Or how does adding more equipment help the environment? However, replacing an old air compressor model with a new compressor can make a major difference. By lowering your air compressor energy consumption you can address all of these challenges. 

The reason is that compressors are like no other capital goods. Here, the initial investment constitutes a very small slice of their total cost of ownership. Over the air compressor's lifetime, you will spend the bulk (80%) of your money on energy. 

That is why replacing an older, inefficient machine with a new one will pay off rapidly. This is especially the case during times of high energy prices or looming supply bottlenecks.  

Do you want to know if it's time to replace your compressor? Have a look at the checklist and find out!

1. How old is the existing compressor and what type is it? 
   On average, Atlas Copco improves the energy efficiency of its compressors by 1% annually. That does not seem like a lot. Take into account that energy costs make up the largest share of a compressor’s total cost of ownership. The savings realized by a new model will quickly add up.
   So does the inefficiency of older compressors. In addition, if the current compressor is a fixed-speed model, then the switch to a variable speed drive (VSD) compressor could result in much greater energy savings of up to 50% right away.
   
   
2. Does your compressed air network have a central controller?
   If a compressed air network consists of multiple compressors, then a
   1. How old is the existing compressor and what type is it? 
      On average, Atlas Copco improves the energy efficiency of its compressors by 1% annually. That does not seem like a lot. Take into account that energy costs make up the largest share of a compressor’s total cost of ownership. The savings realized by a new model will quickly add up.
      So does the inefficiency of older compressors. In addition, if the current compressor is a fixed-speed model, then the switch to a variable speed drive (VSD) compressor could result in much greater energy savings of up to 50% right away.
      
      
   2. Does your compressed air network have a central controller?
      If a compressed air network consists of multiple compressors, then a
      1. How old is the existing compressor and what type is it? 
         On average, Atlas Copco improves the energy efficiency of its compressors by 1% annually. That does not seem like a lot. Take into account that energy costs make up the largest share of a compressor’s total cost of ownership. The savings realized by a new model will quickly add up.
         So does the inefficiency of older compressors. In addition, if the current compressor is a fixed-speed model, then the switch to a variable speed drive (VSD) compressor could result in much greater energy savings of up to 50% right away.
         
         
      2. Does your compressed air network have a central controller?
         If a compressed air network consists of multiple compressors, then a
         1. How old is the existing compressor and what type is it? 
            On average, Atlas Copco improves the energy efficiency of its compressors by 1% annually. That does not seem like a lot. Take into account that energy costs make up the largest share of a compressor’s total cost of ownership. The savings realized by a new model will quickly add up.
            So does the inefficiency of older compressors. In addition, if the current compressor is a fixed-speed model, then the switch to a variable speed drive (VSD) compressor could result in much greater energy savings of up to 50% right away.
            
            
         2. Does your compressed air network have a central controller?
            If a compressed air network consists of multiple compressors, then a central controller can select the most efficient compressor or a compressor combination. But while a central controller will optimize compressed air system performance, it will not make older compressors inherently more efficient. On the other hand, when a new compressor is added to the “fleet”, the central controller will help maximize its efficiency to benefit the entire system. 
            
            
         3. Is there a remote monitoring system?
             A remote monitoring system allows the operator to optimize the compressed air network from just about anywhere. In this case, a cutting-edge compressor may offer additional connectivity advantages over an older model. As a rule of thumb, the more advanced a compressor is, the more beneficial a state-of-the-art controller and remote monitoring system will be.
            For example, these features will not be very useful in the case of a small piston compressor used for occasional tire inflation. A VSD compressor, however, will achieve additional savings when its operation can be monitored and adjusted from afar at any time. 
            
            
         4. Did you check applicable regulations?
            Governments around the globe are increasingly tightening emission standards and other environmental regulations.  Older compressors may soon no longer be in compliance with existing rules. In addition, in light of the regulatory landscape, it would be beneficial to go with especially energy-efficient models when purchasing a new compressor. Hereby, you will ensure that they will meet a country’s environmental standards for years to come. 
            
            
         5. Did you make sure that the existing network has been checked for inefficiencies?
            There are many compelling reasons to buy a new state-of-the-art compressor. Before making that investment, you should make sure that any inefficiencies in your compressed air system were not simply the result of fixable problems.
            One way to do this is to commission an energy audit.  As a result,  you will have a very good idea where your inefficiencies can be found. Even if you do not want to spend the money on such an audit, there are things a compressed air expert can do. For example, checking the network for costly leaks. Click here to register for free power audit in your compressed air plant for potential cost-saving opportunites 
            
            
         6. Is there an optimized compressor room?
            A compressor room is more than the space that houses your compressor. It also determines your compressor performance and can help increase the efficiency of your compressed air network.
            For example, it is important to ensure that the intake air is as clean as possible. Compressors generate a lot of waste heat. Therefore, you should ensure that the compressor room is well-ventilated or, even better, install an energy recovery system. 
            
            
         7. Do you have an energy recovery system?
            You already have an energy recovery system that turns the waste heat produced in the process of compressing air into reusable energy. In this case, you should check how compatible a new compressor would be. If such a system is not yet part of your compressed air network, then you should consider investing in one. It can generate tremendous energy savings very quickly.