Why good network quality is crucial.
Good power quality is essential for the smooth operation of electrical appliances and grids, while poor power quality can have far-reaching negative consequences.
Davide, what do I mean by network quality?
Explained briefly and simply
You have been working at Optec for many years as a service technician in the field of energy management. You are undoubtedly our expert when it comes to power quality.
The
Power quality refers to the electrical characteristics of an electricity
of a power grid that influence the ability of the grid to deliver electrical energy
To supply electrical energy efficiently and reliably.
The Quality of electrical energy is crucial for the smooth operation of electrical operation of electrical devices and grids.
What are the consequences of poor network quality?
Poor power quality can have far-reaching consequences. Process interruptions, data loss, malfunctions of computer-controlled devices and overheating of electrical systems, to name just a few examples.
Electrical devices and machines often react sensitively to disturbances in the power supply, such as voltage drops. This can lead to costly downtime and production stoppages, which in turn directly affects a company's productivity and revenue.
In addition, poor power supplies cause higher electricity bills, overloads and rapid ageing of the electrical infrastructure due to harmonics, imbalances and a low power factor. This results in higher operating costs and increased maintenance costs for the equipment.
How do you check and ensure network quality?
To reduce the risk of a power outage, the power grid must be monitored ever more closely monitored ever more closely.
Measuring devices reliably record, analyze and document all disturbance variables, such as harmonics Harmonics, unbalances, transients, voltage dips, Overvoltages, flicker, phase shift and reactive power.
These analyses make it possible to react to potential sources of interference at an early stage and thus ensure sustainable grid quality.
We distinguish between class S and class A measuring devices.
Class S universal measuring devices are suitable for purely qualitative measurements and long-term recording of power quality events.
Class A UMGs, in accordance with standard 61000-4-30, offer very high measurement accuracy and are certified. Their results can be used in cases of dispute. For this reason, we recommend the use of the UMG512-Pro, our class A measuring device, in cases where measurement results could be disputed. It guarantees precise measurements and is ideal for resolving disputes.
Class S universal measuring devices are suitable for purely qualitative measurements and long-term recording of power quality events.
Class A UMGs, in accordance with standard 61000-4-30, offer very high measurement accuracy and are certified. Their results can be used in cases of dispute. For this reason, we recommend the use of the UMG512-Pro, our class A measuring device, in cases where measurement results could be disputed. It guarantees precise measurements and is ideal for resolving disputes.
Davide Fratto
Thank you very much, Davide, for answering the questions
Would you like to know how you can keep an eye on your network quality? Contact us directly - we look forward to helping you.