Search

    Guided analyses that look deeper

    Uncover the potential to save even more energy.

    With our selection of different analyses, we look at specific potentials together with you in order to derive recommendations for action.

    Simply book the analysis you want now or request a non-binding quote:
    en_vergleich-von-zwei-grafiken_1080x1080
    Find out more or request a non-binding quote directly. We look forward to hearing from you.
    To the contact form

    What you can expect

    Discover a preview of our analyses as a sample management summary here.

    Details of the individual analyses can be found below.
    en_area-diagram-statistical-analysis-consumption-pattern_1240x849
    en_powerquality-analyse_1203x849
    en_standby-analyse_1194x843
    en_operating_hours_analysis_1215x848
    en_analyse-trafo-2-betriebszustaende_1201x837

    Statistical savings potential analysis

    The analysis uses statistical algorithms to examine the characteristics of the load profile at the transfer meter. The potential for monetary savings in terms of active energy and peak load is derived from this and summarized in a management summary.
    • Helps to classify the potential and cost-benefit ratio of energy management
    • Provides an initial indication of which cost drivers should be the focus of optimization

    Transformer analysis

    When it comes to questions about energy losses, new investments in the plant fleet or energy optimization of the entire electrical system in an industrial company, it is worth taking a look at the condition and operating mode of the transformers.
    • Analysis of transformer utilization and operating point
    • Checking the PowerQuality with the help of electrotechnical parameters
    • Checking the load distribution with several transformers
    • Determination of transformer losses

    PowerQuality analysis

    Power quality cannot be taken for granted.

    Deviations from the standard can range from increased wear due to heating or mechanical stress to machine failures and fire hazards due to overloads.

    • Testing of the criteria and limit values specified in DIN EN 50160 (e.g. mains frequency, voltage level, mains-synchronous overvoltages).
    • Checking the limit values for the total harmonic distortion (THD) and individual harmonics

    Standby analysis

    Companies often only have the operating plans or a "gut feeling" at their disposal to determine the energy consumption of an entire plant landscape away from normal productive operation. Our analysis makes it easy to determine how high the total standby consumption actually is:

    • Examination of the active power at the transfer meter and formation of an operating characteristic
    • Identification of the standby loads and their level
    • Summary of the level of the standby limit load, the aggregated duration in standby and the energy costs for standby in the management summary
    • If data from other sub-metering points is available, the analysis can be applied to selected sub-meters as well as to all measuring points, which allows a final consolidation of the results.

    Operating hours analysis

    With this statistical analysis of the utilization of operating resources, potential savings can be found by reducing organizational idle times of machines and systems. Machine-related process costs arise from processes such as care, maintenance, dealing with malfunctions and downtime, support, etc. and should be kept as low as possible for efficient use.

    • Examination of active power data at measuring points of machines or various systems
    • Identification of unproductive idle times