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ADA - KESS in detailWhen the air demand and operating conditions are known, the design stage can start and the required pressure, FADs, air quality, power consumption and power data - all the parameters for the air supply - flow into the design of the new system.
KAESER's project engineers bring to bear a wealth of competence and experience in Kaeser's products and their applications. They are fully conversant with the wide product range and can draw on their expert knowledge to squeeze energy costs down to the absolute minimum.
The result of this cooperation is a tailor-made solution that perfectly suits each individual application. In this way, every possible chance of saving energy is used to advantage.
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 | True air demand
It all starts with the air demand. With the help of Air Demand Analysis (ADA), KAESER's experts determine the true extent of the demands placed on the air system by the application.
Determining the optimum solution
Now, we get down to computing. KESS, the KAESER Energy Saving System, simulates and compares possible solutions to find the one that is the most efficient.
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 | Checking power consumption
Exact figures show the actual power consumption and
energy-efficiency of each simulated system. This forms the basis
for the next step toward an energy-optimised
air system.
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 | Comparing specific power
It is not until the power consumed is related to the volume of air
that can be delivered that conclusions can be drawn on
the energy efficiency of the compressor
configuration.
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 | Realistic energy savings
The ADA and KESS tools developed by KAESER allow realistic
predictions of the energy savings to be
gained from the proposed system options.
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 | Individual contingency plan
An air system is only as good as the
reliability of its operation and supply of compressed air.
KAESER experts have this fact in the forefront of their minds right
from the initial stages of system design.
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 | Computer aided design
With the aid of computer-generated 3D graphics, the user
can take a virtual stroll around the proposed air plant long before
the first machine is installed; such modern CAD design makes
possible fine tuning to existing
conditions.
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Questionnaire for Air Demand Analysis
