Energy data acquisition

Energy data collection refers to the process of collecting and analyzing information about energy consumption and energy efficiency in production facilities. This data includes a variety of parameters that influence energy consumption and energy efficiency in production. These include, among others:

Recording this energy data enables companies to understand, monitor and optimize energy consumption in various areas of their production. This is of great importance not only from an economic but also from an ecological point of view.

In terms of CO₂ efficiency and climate neutrality, energy data provides valuable insights to design more sustainable production processes. By analyzing this data, companies can identify which areas of their production consume the most energy and where efficiency improvements can be made. For example, significant savings could be made by using more energy-efficient machines or optimizing production processes.

Furthermore, energy data acquisition enables companies to identify and minimize energy losses and waste. Leaks in compressed air systems, inefficient heating and cooling processes or unused waste heat are examples of areas where precise data analysis can achieve significant savings.

Another important aspect of energy data collection is the ability to maximize the use of renewable energy sources. By analyzing energy data, companies can assess the extent to which they can integrate renewable energy sources such as solar or wind energy into their production processes in order to further reduce their CO₂ footprint and contribute to climate protection.

tetys offers an energy management module that is connected to the entire store floor level and monitors the energy consumption of all consumers. Users can select which consumers are to be taken into account and which data is to be collected. The module enables real-time visualization of the consumption of individual or multiple machines, e.g. on a shop floor monitor. The collected data is stored in a database and used to create consumption curves and average values. These characteristic curves enable a comparison between current and average consumption values and serve as an indication of necessary maintenance measures or lubrication.

Energy data collection is an indispensable tool for companies that want to optimize their production processes and make their contribution to climate protection. By collecting and analyzing energy data, companies can not only improve their energy efficiency and reduce costs, but also reduce their carbon footprint and achieve more sustainable operations.

At a time when the pressure to combat climate change is increasing, energy data collection is not only an economic imperative, but also a moral obligation. Companies that invest in collecting and analyzing energy data can not only benefit from long-term cost savings and competitive advantages, but also make a positive contribution to preserving our environment.