MV Referenced Power Factor Controllers

Power Factor Controllers produced by our company have been developed with domestic and national facilities, with the experience and knowledge gained over many years, to provide innovative and permanent solutions according to the needs of today’s enterprises.

Our RKR Power Factor Controllers with 12, 18 and 24 step options and Smart Power Factor Controllers with 12 and 18 step options can respond to the reactive energy needs of enterprises where the loads in the operation are not variable and the load imbalance between phases can be eliminated with a small number of single-phase steps.

Smart SVC Power Factor Controllers are used in enterprises where loads are variable and phase distributions are not equal, and capacitive load generating machinery equipment is predominant.

In enterprises with fast variable loads, Smart Power Factor Controllers with Thyristor can be used since it is not possible to respond by switching with mechanical contactors.

MV Referenced Smart Power Factor Controllers, where the current is measured from the medium voltage line, provide complete and precise results in enterprises where the meter is installed at medium voltage side and consumption is low according to transformer power.

 

Smart SVC-Enabled Power Factor Controllers

  • 3mA detection current
  • High sensitivity power measurement
  • Power Flow Graph showing reactive power profile
  • Extend step life with co-aging
  • Maintain current step values with automatic step test

This product must be used with XLPE Cable Type Current Transformers.

MV Referenced Power Factor Controllers

Power Factor Controllers produced by our company have been developed with domestic and national facilities, with the experience and knowledge gained over many years, to provide innovative and permanent solutions according to the needs of today’s enterprises.

Our RKR Power Factor Controllers with 12, 18 and 24 step options and Smart Power Factor Controllers with 12 and 18 step options can respond to the reactive energy needs of enterprises where the loads in the operation are not variable and the load imbalance between phases can be eliminated with a small number of single-phase steps.

Smart SVC Power Factor Controllers are used in enterprises where loads are variable and phase distributions are not equal, and capacitive load generating machinery equipment is predominant.

In enterprises with fast variable loads, Smart Power Factor Controllers with Thyristor can be used since it is not possible to respond by switching with mechanical contactors.

MV Referenced Smart Power Factor Controllers, where the current is measured from the medium voltage line, provide complete and precise results in enterprises where the meter is installed at medium voltage side and consumption is low according to transformer power.

 

Smart SVC-Enabled Power Factor Controllers

  • 3mA detection current
  • High sensitivity power measurement
  • Power Flow Graph showing reactive power profile
  • Extend step life with co-aging
  • Maintain current step values with automatic step test

This product must be used with XLPE Cable Type Current Transformers.

Product Detail

Product Code Product Name Product Description Step Count Character LCD Graphic LCD SVC Reactive Power Profile RS-485 Communication TSC
GA 127 SMART GES1* 12 STEPS SMART SVC SPP POWER FACTOR CONTROLLER-X/1 12+SVC + + + +
GA 128 SMART GES5* 12 STEPS SMART SVC SPP POWER FACTOR CONTROLLER-X/5 12+SVC + + + +
GA 125 SMART OG1** 18 STEPS SMART MV POWER FACTOR CONTROLLER-X/1 18 + + +
GA 126 SMART OG5** 18 STEPS SMART MV POWER FACTOR CONTROLLER-X/5 18 + + +-
GA 123 SMART SOG1** 18 STEPS SMART SVC MV POWER FACTOR CONTROLLER-X/1 18+SVC + + + +
GA 124 SMART SOG5** 18 STEPS SMART SVC MV POWER FACTOR CONTROLLER-X/5 18+SVC + + + +

* Specially designed for solar power plants.

** It can be used in medium voltage enterprises and solar power plants.

Standard Features in our Power Factor Controllers: 3 Phase Measurement, MonoPhase / DiPhase / TriPhase Capacitor / Reactor Recognition, Cos Phi, Active Power, 3 mA Sensing Current, Reactive Power, Active Energy, Reactive Energy, THD-I%