During the initial measurement, leakage-related energy losses equivalent to approximately SEK 250,000 were identified. A follow-up measurement one year later revealed additional leakage worth SEK 115,000 – despite prior corrective actions. The remaining savings potential is now estimated at SEK 200,000, equivalent to 55% of the total leakage value detected over the period.

"This is clear proof that our data-driven methodology works – even at sites where initial efficiency measures have already been taken. The potential is often much greater than expected, and with the right tools we can unlock it in a sustainable and scalable way," says Fredrik Arrigucci, CEO of Enersize.

The project was conducted using Enersize’s digital platform, which enables structured analysis, documentation, and follow-up of energy data. The platform is a key component of the company’s scalable offering – particularly suited for manufacturing industries where compressed air represents a significant share of total energy consumption.

"Our technology delivers value over time. It clearly demonstrates that this isn’t a one-off intervention – it’s a way of working that enables continuous improvement and savings. The market is ready for exactly this kind of solution," Arrigucci adds.

Globally, compressed air accounts for up to 10% of industrial electricity use – with as much as 20–30% often lost due to leakage. Just as much can often be saved through system optimization. Enersize offers a proven solution – and aims to become the go-to partner for industrial compressed air optimization.

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