Elkima Transformer products

ELKIMA Trafo produces quality , innovative products and guarantees performance at top level by flexible design according IEC, TSE, BS standarts. Elkima Trafo has 5 seconds Short Cicuit Withstand and E2, C2, F1 Cetificate from DNV/KEMA- Netherlands laboratory for CAST RESIN Transformer. *Also Elkima Trafo has Outdoor Cast Resin Transformer which is Enviromental Friendly and free of oil leakage risk.

ELKIMA Trafo values environment, nature and atmosphere. Therefore we always strive towards innovation which may positively affect nature. ELKIMA Trafo produces EcoFriendly wound core transformers beyond the latest efficiency standards such as European Directive 2009/125/EC and MEPS.

Design: Up to 36kV and 5MVA. 50-60Hz. Single, Dual, Three Phase. Mineral Oil, Silicone Oil, Bio Degredable Eco Friendly oil Application. Ability to comply with IEC, BS, EcoDesign, Meps and other common used standards.

ELKIMA Trafo produces Power Transformers for different countries and applications with expert engineering team and latest technolgies.

Design: Up to 36kV and 5MVA. 50-60Hz.. Single, Dual, Three Phase. Mineral Oil, Silicone Oil, Bio Degredable Eco Friendly oil Application. Ability to comply with IEC, BS, EcoDesign, Meps and other common used standards.

ELKIMA Trafo values environment, nature and atmosphere. Therefore we always strive towards innovation which may positively affect nature. Elkima Trafo produces EcoFriendly wound core transformers beyond the latest efficiency standards such as European Directive 2009/125/ EC and MEPS.

MCR is a thyristor based active compensation System. Connected to the grid in parallel and reactive power conrolled between 2-100%. MCR’s reactive power control principle based on changing impedances by fully loading reactor. Has Reactive Power Control, Passive Harminic Filtration and Voltage regaulation features. Main application field of MCRs are compensation of capacitive reactive power caused by XLPE cables and inductive loads.

Features: Compensation of the higher capacitive reactive power. Reduction of network-frequency overvoltages in case of load variations. Compensation of sudden load shedding incidents and/or networks operating with no load. Balancing out of network instabilities. Increased cost-effectiveness thanks to reduced transmission losses. Perfect adaptability to changing network conditions.