A significant share of your energy consumption can be avoided.
Our mission is to support industrial companies in achieving sustainable energy performance. Using a methodology developed in close collaboration with machines and production teams, we identify energy losses and turn them into tangible opportunities for improvement.
The E2PME methodology is based on a progressive approach that identifies energy-saving opportunities, leverages them, and embeds the results sustainably within the company.
An internal team is set up to initiate the process. The first machines are measured to understand their actual energy behavior and identify initial optimization opportunities.
The approach is then extended across the entire site. Machines are measured and analyzed to map energy consumption and implement the first optimizations across production.
Optimizations are integrated into production practices to ensure long-term results. Teams are equipped with a clear methodology to sustainably manage the site’s energy performance.
-20% across the entire site in 1 year
Total machines measured and analyzed
Annual validated savings
Annual electricity cost reduction
–61.8% energy consumption
Measurement duration
Annual validated savings
Annual financial gain
-36,3% energy consumption
Measurement duration
Annual validated savings
Annual financial gain
–40% reduction across the entire site within 6 months
Total machines measured and analyzed
Annual validated savings
Annual electricity cost reduction
-75,5% energy consumption
Measurement duration
Annual validated savings
Annual financial gain
*The data presented is based on real client situations at the time of the project, with calculations reflecting the electricity tariffs in effect during that period.
To support this methodology, we have developed our own measurement tools. Designed specifically for the energy analysis of industrial machines, they enable the collection of the data required at every stage of the process — from understanding energy consumption to validating optimizations.
A concrete solution for industrial energy efficiency.
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