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Keeping an eye on energy consumption offers benefits on numerous levels: In addition to cost savings through optimized consumption, the monitoring of power networks and power quality in infrastructures and industrial plants ensures greater reliability. At the same time, systematic power monitoring raises awareness about actual power consumption and is therefore also an important prerequisite for more energy efficiency. Integrated in open IoT operating systems such as MindSphere, these optimization potentials can be increased even further. With a simple power monitoring system, you’re paving the way for regular energy audits and an operational energy management system in accordance with ISO 50001 and ISO 50003.
Identify savings potentials with little effort: The SENTRON portfolio features a wide range of measuring devices that are easy to install. The associated software is easy to use. This helps you reach your goal faster while efficiently and safely monitoring your power distribution. The TÜV-certified power monitoring system is ideally suited for small and medium-sized companies, for industrial plants as well as buildings and infrastructure.
The power monitoring system from the SENTRON portfolio enables you to implement an energy management according to ISO 50001 and ISO 50003 and to permanently reduce energy costs in your company.
Proof concerning the improvement of your energy efficiency
Downloads and Support
Here you will find important information, documents, and addresses relating to low-voltage power distribution and electrical installation technology.
Successful operation – learn more about our TÜV-certified power monitoring system and its use in daily practice.
Up to 15 percent electricity savings
Up to 60 tons of CO2 reduction
New business model with power monitoring system and MindSphere
7KM PAC measuring devices and the powermanager power monitoring software
Reliable power monitoring system according ISO 50001
Up to 15 percent cost savings on electrical energy
7KM PAC measuring devices and a monitoring PC in one ALPHA distribution board
Monitoring of energy consumption of approx. 300,000 kWh/year
Reliable power monitoring system for peak load management
7KM PAC measuring devices, SICAM PQ recorder, and powermanager software
Base load of 400 kW, peak load up to 1 MW
Data is used to develop future-proof energy systems
7KM PAC measuring devices and the powermanager software
Power consumption of pumps estimated at about 155 million kWh/year
Greater measurement accuracy and data quality compared to manual meter recording
7KM PAC measuring devices, development of a mobile measuring device, and powermanager software
Development of a new mobile measuring devices
User training raises employee awareness regarding energy management
According to the European Power Quality Survey Report, poor quality of supply in the power network causes annual losses of more than €150 billion in just the 16 selected key industries in Europe. How exactly can PQ fluctuations be identified in the course of operations? And what are the typical disrupting signals that occur in a normal operating day? This document provides an overview of possible measures to identify and deal with PQ problems.