Energy advice in industry and commerce

 

 

procedure

 

We visit your company on site and conscientiously make our own picture of the possible problem or the possibly prevailing sources of error.

Together we determine the focus of the investigation so that we can carry out our precise measurements on site over two days.

An interim analysis and a definition of possible measures will also take place on site together with you. As a result, we will prepare a carefully prepared report for you.

This report is presented to you once so that corrections and re-measurements can be made if necessary.

Once the last corrections have been made and the final report has been created, you will be presented with the entire energy audit, including all actual recordings and energy-saving measures.

 

Special features of our energy advice

 

features

 

Use of high-quality measuring devices for recording heat and electricity: systems can be examined while they are in operation

 

Basis of the current measurement

 

Two high-resolution network analyzers for the acquisition of:

 

1. the actual power consumption of the individual motors, divided into their respective assemblies

2. the analysis of the load profile and the cos-phi (reactive current)

3. the presentation of solutions

 

Basis of heat determination

 

Various mobile ultrasonic measuring devices for contactless recording of flow rates of various kinds

 

Measurement of power quality

 

High-resolution network analyzers for the acquisition of:

 

1. Analysis of the grid voltage and harmonics (so-called grid pollution)

2. Identifying solutions

 

Heating analyzes / energy monitoring

 

Mobile ultrasonic measuring devices for contactless recording of:

 

1. Flow rates (heat quantity calculator) to, among other things, CHPs (so-called BHKW-EKG) and heating networks (so-called heating EKG)

2. Identifying solutions

 

The energy advice takes effect at all points where energy flows take place. In this way, up to 70 measuring points can be examined in detail using the above-mentioned methods.

 

 

Results - what comes out?

 

1. Power-consuming assemblies and system parts are clearly identified

- This often confirms assumptions and helps in decision-making. This means that an average of 10-15% of electricity costs can be saved annually

2. The network situation and power peaks

- The voltage level, harmonics, network pollution and peak loads are clarified. It can cut around. 5 - 15% electricity costs can be saved annually

3. Insidiously soiled or misaligned assemblies are identified during the heat transfer

- Pumps, hydraulic switches, heat exchangers, valves, distributors and coolers can be noticed and corrected immediately. As a result, around 20% of the liquidity losses can be made up for on average, annually

4. The potential for further liquidity improvements by extracting the heat is "finally" released (bottlenecks are removed)

5. Electricity tax can be refunded after the energy efficiency measure