Voltage quality is relevant in all industries that depend on a reliable, stable, and interference-free power supply—in other words, in virtually every industrial, commercial, and increasingly private environment. However, it is particularly critical in the following industries.
Production machines, control systems, and automation systems are sensitive to voltage dips, harmonics, and frequency deviations.
Plant and machine downtime, defective PLC controls, incorrect measurement results, increased wear and tear, and significant financial losses
Automotive industry, drive and automation technology, chemical and process industry
Vital medical devices such as CT scanners, ventilators, and laboratory systems require a consistently stable power supply.
Device malfunctions, measurement deviations, patient risks
Hospitals, medical laboratories, rehabilitation centers
Servers, network technology, and storage solutions are super sensitive to voltage fluctuations and transients.
Data loss, failures, hardware damage.
Cloud providers, financial service providers such as banks and insurance companies, government agencies with IT centers
Signalling and control technology in traffic monitoring and control requires a consistent, uninterrupted power supply.
Signal interference, operational interruptions, increased risk of accidents
Railway operations, airports, traffic control centres
Compliance with legal requirements and grid stability depend heavily on voltage quality measures.
Repercussions from consumers or producers (e.g. harmonics), grid instability.
Municipal utilities, grid operators, photovoltaic/wind farm operators
Cooling systems, cash registers, payment systems, and building technology need power that's good and reliable.
Payment failures, flickering lights, temperature fluctuations.
Supermarkets and shopping centres, hotels, office buildings
Machines and control systems must be network-compliant – both upon delivery and during operation.
Warranty claims, complaints, EMC problems
Plant engineering, robotics, packaging machines
Fast chargers often cause grid disturbances and are sensitive to poor power quality.
Voltage fluctuations, shutdowns, damage
Charging park operators, municipal utilities, automotive OEMs
Power quality determines the grid compatibility, efficiency, safety and service life of energy storage systems.
Thermal overload, protective shutdowns, risk of defects
Energy suppliers, private households, commerce and industry
