Power Quality Under the Microscope

Changes in generation and consumption

The transition in the generator and consumer structure of Central European electrical grids is in full swing. Large-scale power plants and the centralised electrical generation they represent are gradually being replaced by more numerous but smaller decentralised generators such as wind turbines and solar panels. These, as a rule, use power electronics components to feed into the existing medium and low-voltage networks.

At the other end, ever greater numbers of consumers have joined the marketplace, which, because of the need for greater efficiency, have also obtained power electronics components. Their non-linear properties are the main cause of the increased frequency of voltage and current signal components in electrical energy grids. This development has resulted in a complex system with volatile load flows and changing load flow directions. In addition, through the legally mandated unbundling of generation, transmission and distribution, electrical energy as a product is ever more frequently transferred and billed between the most varied market participants. Thus, electricity, before it reaches the end user, may well have been produced by a number of different market participants and even transferred several times. This structure demands numerous transfer points and clearing houses, critical points where it comes to ensuring power quality.

Want more information about our products?

Contact us here!


Contact

You might also be interested in

REGSys® Parallel Regulation of Transformers

The regulation of transformers with tap changers is an essential subject within the field of power supply and distribution. Today these tasks are accomplished electronically with high regulation quality. Digital regulators, such as the freely programmable REGSys® voltage regulator system, are in use.

Read more

Cost efficient management of digital secondary substations: Earth fault indicator EOR-3DS as digitisation unit for secondary substations

Digital secondary substations are becoming a key element for distribution system operators in terms of automation, monitoring, and efficient operations of their networks. Read this technical report about the EOR-3DS in its role as digitisation unit for secondary substations.

Read more

Angle determination of voltage and current harmonics in practice

Today's devices and equipment such as switched-mode power supplies, frequency converters, regulated drives, charging devices for e-mobiles or LED lighting work internally with high clock frequencies in order to regulate power efficiently. These can lead to both conducted and field-bound (coupled) influences in the energy grid. In this technical report, we explain how you can detect these sources of interference in the grid using suitable measuring technology.

Read more

All „Supra“ with your grid?

Today's devices and equipment such as switched-mode power supplies, frequency converters, controlled drives, charging devices for e-mobiles or LED lighting work internally with high clock frequencies in order to regulate power efficiently. These can lead to line-borne as well as field-borne (coupled) interference in the power grid. In this technical report, we explain how you can detect these sources of interference in the grid using suitable measurement technology.

Read more

Contact request:



Your data is being processed

a-eberle kontakt newsletter ×

Our seminars &
webinars

► Register here!

x