SES System Efficiency Service from KSB: for energy-efficient system operation

KSB's SES System Efficiency Service for pumps

Pumps that are not optimally matched to the system consume too much energy. Thanks to the SES System Efficiency Service from KSB this doesn’t have to be the case. Comprehensive system analyses identify the potential savings which can be tapped within an installation.

With the SES System Efficiency Service for pumps and systems you can get a detailed insight of your pump installation and, based on this, optimise the energy efficiency of your pumps and systems. This saves energy costs and reduces CO2 emissions at the same time.

KSB system analyses for pumps and systems are primarily suitable for the following applications:

  • Energy
  • Industry
  • Water
  • Waste water

This is how the SES System Efficiency Service from KSB works:

A data logger takes measurements on site and records process variables and vibration levels to determine the operating behaviour. A mobile measurement device is used to measure the power in the control cabinet in order to calculate the pump’s efficiency, irrespective of the pump’s place of installation. In this way, KSB determines the actual load profile of the pumps and compares this with the design conditions. The aim is to identify potential savings and causes of any damage.

Optimum energy savings in pumps and systems

After measurement and analysis with the SES System Efficiency Service, pump operators are given a detailed overview of the current energy efficiency of their pumps and systems. On this basis, KSB makes recommendations for increasing energy efficiency. As well as ensuring the sustainable operation of pumps and valves, this also considerably reduces life cycle costs.

Process variables to EN ISO 9906

  • Pressure
  • Temperature
  • Power
  • Flow rate
  • Rotational frequency

Vibration levels to DIN ISO 10 816-7

  • Vibration velocity
  • Frequency analysis

Contact & Downloads

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Contact

Contact KSB Service by e-mail

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SES System Efficiency Service

Increase in profitability of pump systems through comprehensive systems analysis
Download (PDF, 6MB)

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All products (436)

ACTAIR

ACTAIR

Double-acting pneumatic actuator for mounting on quarter-turn valves (butterfly valves or ball valves). Top flange to ISO 5211. Control pres ...

ACTELEC

ACTELEC

Electric actuator for mounting on butterfly valves or ball valves. Top flange ISO 5211. Power supply : single-phase ac, three-phase or d.c w ...

AKG-A/AKGS-A

AKG-A/AKGS-A
DN max:300 PN max:160

Válvula de compuerta conforme a DIN/EN con bridas o extremos para soldar, tapa autoclave, cuerpo forjado o soldado, husillo no ascendente, c ...

AKR/AKRS

AKR/AKRS
DN max:300 PN max:160

Válvula de retención de clapeta oscilante, conforme a DIN/EN con bridas o extremos para soldar, tapa autoclave, eje interior, cuerpo forjado ...

Ama-Drainer 4../5..

Ama-Drainer 4../5..
H max:23 mQ max:50 m³/h

Vertical, fully floodable submersible motor pump in close-coupled design, IP 68, single-stage, with or without level control, max. immersion ...

Ama-Drainer 80, 100

Ama-Drainer 80, 100
H max:26 mQ max:130 m³/h

Vertical, fully floodable submersible motor pump in close-coupled design, IP 68, single-stage, with or without level control, max. immersion ...

Ama-Drainer N

Ama-Drainer N
H max:12 mQ max:17 m³/h

Design Fully floodable, vertical, close-coupled single-stage submersible motor pumps, IP 68, with or without level control, for a maximum im ...

Ama-Drainer-Box

Ama-Drainer-Box
H max:24 mQ max:46 m³/h

Single or dual-pump units

Ama-Drainer-Box Mini

Ama-Drainer-Box Mini
H max:7 mQ max:10 m³/h

Reliable and compact waste water lifting unit in a modern design with activated carbon filter meeting hygiene requirements, and with shower ...