Question 1

What are the most important technical features of modern compensation board?

Accepted Answer

Modern compensating board is characterized by a variety of technical features that are specially tailored to today's requirements for grid quality and energy efficiency. First of all, many systems have a modular design, which enables flexibility in maintenance and expansion. The systems have intelligent control systems that allow automatic adaptation to changing load conditions and improved reactive power control. These controllers are often integrated into the SCADA system, enabling remote monitoring and control in real time. In addition, harmonic filters are often used in modern systems to reduce interference and harmonics and thus significantly improve power quality.

The materials and designs used ensure high heat resistance and durability, which is particularly essential in industrial environments with high load requirements. Attention is also paid to compact design in order to save space and simplify installation.

Question 2

What types of compensation board are available for different areas of application?

Accepted Answer

Standard compensation systems: For general industrial use, often for simple power factor correction and grid stabilization.Thyristor-controlled compensationsystems: Ideal for applications with rapid load changes; the fast control by thyristors enables precise and responsive compensation.Compensation systems with harmonic filters: Particularly suitable for networks with high harmonic loads, as these systems effectively filter out harmonics and improve power quality.Compensation systems for medium and high voltage: Specially designed for larger power supply networks and industrial systems with high voltages.Automatic compensation switching systems: These systems automatically adapt their output to the load conditions and are ideal for systems in which the grid load varies greatly.

Question 3

What factors influence the selection of a compensation board for industrial applications?

Accepted Answer

The selection of a suitable compensation board for industrial use depends on several factors. One key factor is the company's load characteristics. Systems with highly fluctuating loads, such as in the metalworking industry, require fast and precise control. Here, thyristor-controlled systems are often the preferred choice. The voltage level also plays a role - special medium or high-voltage compensation systems are used for high-voltage networks. The possible harmonic load in the grid must also be taken into account, as strong harmonics impair the grid quality. Compensation board with harmonic filters offer a solution here.

Another factor is the availability of space at the installation site. Where space is limited, compact, modular systems are an advantage. Finally, integration into existing monitoring and control systems should also be considered.

Question 4

What role do harmonic filters play in compensation board and why are they important?

Accepted Answer

Reduction of harmonics: Harmonic filters help to reduce interference and distortion caused by harmonics in the power grid.Improving power quality: The use of harmonic filters improves the power quality, resulting in a more stable and efficient power supply.System protection: Filters protect connected devices and machines from damage that can be caused by harmonics.Increased efficiency: By reducing harmonic loads, the entire system can work more efficiently and operating costs are reduced.

Question 5

How can the service life of compensating board be extended through maintenance and care?

Accepted Answer

The service life of compensating board can be significantly extended through regular maintenance and targeted care. An important part of maintenance is the inspection and cleaning of all electrical contacts, which can show signs of wear and tear when subjected to stress and dirt. The cooling of the system should also be checked regularly, as overheating causes the components to age more quickly. This includes checking the ventilation systems and replacing dirty or defective fans.

Calibrating the control units and protective mechanisms is another point that should not be neglected. This ensures that the system reacts precisely even during load changes. It is also advisable to inspect the system at least once a year for potential sources of error and replace damaged or worn parts if necessary.

EPO series
Definition of	Mechanical system	Sheet metal options	Sheet thickness	Paintwork options	Lock systems	IP code
Equipped external disks	Modular	Galvanized	1.5 mm	Standard	3 point	IP44
	Semi-Modular	DKP	2 mm	RAL 7035		IP54
				Other options		IP65
						IP66
Technical details
Scaffolding	Gate	Base	Roof	Back covers	Mounting plate	Cover plate
1.5 mm	1.5 mm	2 mm	2 mm	1.5 mm	1.5 mm	1.2 mm
2 mm	2 mm				2 mm
Types of panels depending on the intended use
TEDAŞ panel types	Types of compensation plates	Types of panels for renewable energies	Construction site panel types
Main distribution boards (MDB)	Harmonic-filtered compensation cards	Solar energy panels (SEB)	Socket outlet Lighting Irrigation
UPS distribution boxes (UDB)	Tristor-switched compensation plates	Wind energy panels (WEB)

IP66 control cabinets

Compensation boards from the manufacturer

Manufacturer of customized compensation boards for the industry

Compensation switchgear in our range:

Technical data of the EPO series

For questions about: