Proof of continuous improvement
A management system without performance indicators is like the Olympic Games without a stopwatch and a meter. With global performance indicators for the company (top-down), you can track and reflect on developments in the company as a whole. Efficiency monitoring should also provide precise statements for supply technologies and production processes (monitoring, benchmarking, etc.). The basis for this are key figures at plant level (bottom-up).
In this whitepaper, you will learn how to set up or optimize energy efficiency monitoring with suitable energy performance indicators. We also give you a systematic overview of objectives and system limits, data concepts, visualization of key figures, and implementation in energy efficiency monitoring. A checklist shows the most important criteria for selecting a suitable software.
For detailed information, we have created a free whitepaper that is available for download below:
New methods for identifying influencing parameters, physics-based models, and a semi-automated diagnosis of excess energy consumption now enable more systematic monitoring, diagnosis, and benchmarking of systems—and, for the first time, also allow for the energy optimization of networked systems.
The key to the transition to electric mobility lies in the intelligent management of energy flows, load limits, and charging schedules—and in the seamless interaction of the underlying systems.
Reduce your energy costs through optimized network pressure and targeted actions. Our energy efficiency experts have put together a checklist for compressed air systems with recommendations for efficiency actions.
Senior Consultant
Account Manager
