A system first approach to compressed air energy efficiency

31 October, 2024

BCAS also advises using energy audits or installing monitoring systems to track and manage energy usage, which helps identify inefficiencies and guides future improvements.

There is also an emerging trend which uses machine learning to predict future air demand based on historical usage patterns and external factors like production schedules. This accurate demand forecasting helps improve planning, meaning compressed air usage can be optimised to reduce unnecessary compressor idling and energy waste.

Focus on whole-life costs When purchasing compressed air systems, businesses often focus on minimising the initial capital expenditure. However, this can lock them into higher running costs over the long term.

BCAS advises that decision-makers consider the whole-life cost of equipment rather than simply the upfront price. This means factoring in energy consumption, maintenance costs, and equipment longevity to ensure that the system remains cost-effective throughout its lifecycle.

By choosing energy-efficient compressors and system components from the outset, businesses can avoid the trap of short-term savings that result in long-term inefficiency and higher operational costs.

For more information, please speak to a BCAS member who can assist in this area by emailing enquiries@bcas.org.uk or call 0207 935 2464 or visit:  www.bcas.org.uk

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