Description
Railway Transformers
Railway systems transmit electrical energy to railway substations through catenary conductors
for use by locomotives and trains. These transformers provide high voltage railway feeding
and are designed according to railway standards. Autotransformers with center-tapped
connections are used in modern high-speed railway systems.
Arc Furnace Transformers
Arc furnace transformers are designed for industrial applications requiring high power levels.
These transformers operate under high harmonic effects, short circuits and demanding load
conditions. Special designs are applied to optimize insulation and cooling systems, ensuring
high mechanical strength and operational reliability.
Rectifier Transformers
Rectifier transformers are used in power conversion systems to supply controlled DC power.
They are designed with special winding configurations to reduce harmonics and improve
energy efficiency. These transformers are widely used in industrial applications requiring
stable and reliable DC power.
Phase Shifting Transformers (PST)
Phase shifting transformers control power flow in transmission networks by changing the
phase angle of voltage. This technology helps optimize grid operation, balance power
distribution and improve system stability by controlling energy transmission paths.
Series Reactors
Series reactors are mainly used in electrical distribution systems to limit feeder currents
and reduce short-circuit levels. They protect equipment by limiting excessive current flows
during faults and improve the stability and reliability of power networks.
Shunt Reactors
Shunt reactors are inductive devices used to compensate capacitive reactive power in
high-voltage transmission lines. They regulate voltage levels, reduce overvoltage effects
and improve system stability by absorbing excess reactive energy from the network.
Magnetically Controlled Shunt Reactors (MCSR)
Magnetically controlled shunt reactors provide dynamic reactive power control in electrical
systems. They improve voltage regulation, reduce reactive power fluctuations and increase
energy efficiency by continuously adjusting reactive power according to system requirements.
