Choosing the right compressor like in Fluid-Aire Dynamics for example for your production is important. There are some things to consider when buying your air compressor:
- What is the airflow and pressure required?
- What applications is the air compressor intended for?
- Will the air compressor run all the time?
- How important is air quality?
- Does the air demand fluctuate, or does it remain stable?
An energy consumption analysis can help measure the efficiency of your existing compressed air installation. This is the best way to discover the possible energy savings of a compressed air system. The analysis data will help you improve the energy efficiency of your compressed air system. You will also find answers to many questions about choosing the best air compressor for your production.
Choose An Energy-Efficient Solution
A fixed-speed compressor or Used Air Compressors For Sale for instance can be a great solution when the application requires constant speed. As soon as the fixed-speed compressor is switched on, it gives full power. However, most industrial applications have a fluctuating air demand. A variable speed compressor (VSD) may be a better choice, as the output matches the user’s demand. In the long term, a VSD compressor provides considerable energy savings. With a VSD or VSD+ compressor, you will enjoy reliable, high-quality air and reduced energy consumption by an average of 50%.
Deciding to go green and adopt an eco-friendly air compressor is one of your most important and beneficial choices. The total cost of ownership (TCO) is another important consideration when deciding which air compressor is right for your production.
Staying Green: The Importance of Maintenance and Control
Optimizing an existing compressed air network gives companies more options regarding reducing their carbon footprint and the cost of compressed air. The care and maintenance of your compressed air system are essential. Neglecting to maintain your compressed air system can lead to costly downtime.
Compressed air systems must be regularly maintained, monitored, and carefully controlled. If maintenance plans scheduled with the supplier should be mandatory, it is also important to be vigilant about the daily operation by the user of the compressor. Service air pressure is a simple example. Higher air pressure means increased energy consumption, which leads to higher production costs. An increase of just one additional bar of pressure results in an average increase of 7% in power required. This increase can quickly become substantial.
Installing a master air condition monitoring system is the best way to manage a compressed air network, as it monitors the compressor unit’s efficiency, availability, and reliability. The control system detects any problem and can automatically reduce working pressure and energy costs when air demand is low. You can also combine your controller with smart connectivity technology to remotely monitor and optimize a compressed air system. It is also important to ensure that an ecological system’s air quality meets the required standards.