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Drise Power specializes in the manufacturing of high-performance Solar / Inverter Duty Transformers, specifically engineered for grid-connected photovoltaic (PV) power systems and renewable energy applications. These transformers are designed to withstand the severe electrical stresses generated by modern solar inverters, including high harmonic distortion, rapid voltage fluctuations, DC current components, and frequent load variations.
Our Inverter Duty Transformers provide efficient voltage step-up from inverter output levels to utility transmission or distribution voltages while ensuring reliable synchronization with the power grid. The transformers are designed with enhanced thermal performance, low-loss core construction, and reinforced insulation systems to handle harmonic-rich currents and continuous cyclic loading conditions associated with solar power generation.
Minimized additional losses for reliable performance
Designed for inverter-generated waveform and non-linear loads
Superior thermal stability for continuous operation
Reduced no-load and load losses for optimal performance
Suitable for outdoor and high ambient conditions
Superior overload capability for demanding applications
Suitable for ONAN / ONAF cooling configurations
Compliant with relevant IS / IEC standards for renewable energy applications
Drise Power Solar Inverter Duty Transformers are designed to ensure maximum system reliability, efficient power evacuation, and long operational life for solar parks, rooftop solar installations, and utility-scale renewable energy projects.
100 KVA – 20 MVA
11 kV – 33 kV
380V – 800V
ONAN
OCTC / OLTC