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Drise Power has a highly experienced and technically competent engineering team specializing in the design and manufacturing of Furnace Transformers for a wide range of industrial applications. Our expertise includes customized designs with various vector group combinations, extended delta arrangements, and specialized phase-angle configurations to optimize converter and furnace performance, improve harmonic control, and enhance overall system efficiency.
Our Furnace Transformers are engineered to meet extremely high current requirements while maintaining superior electrical performance, operational reliability, and energy efficiency under demanding operating conditions. Each design is carefully developed considering the specific process requirements of steel furnaces, induction furnaces, arc furnaces, smelting applications, and converter duty operations.
Designed and manufactured to withstand severe thermal, mechanical, and electrical stresses, our transformers deliver reliable performance under highly fluctuating loads, repetitive short-circuit conditions, voltage variations, and heavy cyclic operations typically encountered in furnace applications. Advanced insulation systems, robust mechanical construction, optimized cooling arrangements, and precision-engineered winding designs ensure long service life, high overload capability, and reduced maintenance requirements.
Customized vector group and phase-angle configurations
Extended delta and multi-winding design capability
High-current and heavy-duty furnace applications
Superior short-circuit withstand strength
Excellent thermal stability and overload performance
Optimized harmonic mitigation and converter compatibility
Reliable operation under fluctuating and cyclic loads
Designed in compliance with relevant IEC, IS, and international standards
250 KVA – 30 MVA
Up to 33 kV
60 V – 1100 V
ONAN, ONAF, OFAF, ONWF, OFWF
OCTC / OLTC