Efficient use of energy in our world, where the need for electrical energy is increasing, should be one of our most important focus points. Efficient use of energy is the process of doing the same job with less energy than any loss.

 

Energy suffers from the point where it is consumed to the point where it is consumed. One of these losses is the losses caused by the reactive power drawn by electrical loads.

 

What is the reactive power?

 

Capacitive or inductive characters are active, capacitive and inductive current from the network in line with energy needs.

 

If there is no phase difference between the current and network voltage drawn from the network, the power used is the active force

The power used is 90 degrees ahead of the current voltage from the network.

If the tension drawn from the network is 90 degrees ahead of the current, the power used is inductive power.

As you can see, the size of the capacitive and inductive currents are vector and opposite direction. In other words, the use of an inductive current burden in a system with capacitive current will bring the sum of reactive power in this system to 0.

 

Reactive power is integrated into the systems because it is an undesirable power component that does not do business in the system, only creates a magnetic field for the operation of reactive loads and is actually an unwanted power component.

 

What is Reactive Power Compensation?

 

Reactive power compensation is the process of bringing the total reactive power to ”0 .. For this purpose, after determining the existing reactive power and active power in the system, the value of the power coefficient is determined (usually 0.95) compensation panel is created. For enterprises with capacitive weight load profile, condensions are used in the compensation board in the compensation board and in the enterprises with inductive weight load profile, capacitors are used in the compensation board.

 

Capacitive Loads

 

Electronic ballasts

Long underground cables

UPS

Electronic devices (due to the capacitors used)

capacitors

Inductive loads

 

Electric motors

Mechanical ballasts

Transformers

coils

What are the advantages of reactive power compensation?

 

 

Sigma Electricity, the latest technology for all kinds of compensation needs in the industry, which can measure up to 63. Harmonics, at the same time that can measure more than 100 parameters of energy with high precision reactive power control relays

Inductive load drives (SVC)

Current transformers who can respond to all kinds of customer needs with a wide range of product diversity

Compensation contaors that provide high durability and safety during the passage of Demeraj currents,

ŞÖNT REACTORS Designed as long -lasting and resistant to challenging working conditions

offers large compensation and energy quality solutions with safe working power capacitors even in high temperatures.