On-Load Tap Changer (OLTC) or Off-Circuit Tap Changer
Cooling Method
ONAN / ONAF / OFAF
Standards
IEC 60076, IEEE C57, AS, GB/T
The CEEG 220kV series oil-immersed power transformer is engineered to serve as a critical link in high-voltage networks. By leveraging decades of specialized engineering experience and high-grade materials, our transformers provide consistent performance across complex grid conditions, especially for modern grids with high renewable energy penetration.
Product Features
1. Proven Reliability in Demanding Conditions
Short-Circuit Strength: Engineered with high-mechanical-strength windings to withstand electromagnetic stresses during faults.
Thermal Management: Efficient ONAN/ONAF cooling systems ensure stable operation under continuous full-load conditions, even in high-ambient-temperature regions.
Robust Insulation: Multi-stage insulation processing ensures a long service life and high dielectric strength.
2. Superior Energy Efficiency & Low Loss
By utilizing high-permeability, grain-oriented silicon steel and advanced step-lap core stacking technology, CEEG transformers significantly reduce no-load and load losses.
Global Compliance: Meets and exceeds efficiency benchmarks including IEC 60076, IEEE/ANSI standards, and EU EcoDesign requirements.
Cost-Effective: Lower operational losses translate to significant long-term savings for grid operators.
3. Sustainable Design and Environmental Compliance
Low Noise Design: Vibration-dampening structures ensure compliance with environmental regulations in residential and urban areas.
Sustainable Integration: By helping stabilize grids impacted by renewable energy integration, these transformers play a direct role in reducing carbon emissions and supporting the transition to cleaner energy systems.
Applications
Utility Substations: Primary step-down or step-up stations for national grids.
Renewable Energy: Collector substations for large-scale wind and solar farms.
Industrial Power: Reliable energy for steel mills, mining operations, and petrochemical plants.
Infrastructure: Powering high-speed rail and mega-city developments.
On-Load Tap Changer (OLTC) or Off-Circuit Tap Changer
Cooling Method
ONAN / ONAF / OFAF
Standards
IEC 60076, IEEE C57, AS, GB/T
The CEEG 220kV series oil-immersed power transformer is engineered to serve as a critical link in high-voltage networks. By leveraging decades of specialized engineering experience and high-grade materials, our transformers provide consistent performance across complex grid conditions, especially for modern grids with high renewable energy penetration.
Product Features
1. Proven Reliability in Demanding Conditions
Short-Circuit Strength: Engineered with high-mechanical-strength windings to withstand electromagnetic stresses during faults.
Thermal Management: Efficient ONAN/ONAF cooling systems ensure stable operation under continuous full-load conditions, even in high-ambient-temperature regions.
Robust Insulation: Multi-stage insulation processing ensures a long service life and high dielectric strength.
2. Superior Energy Efficiency & Low Loss
By utilizing high-permeability, grain-oriented silicon steel and advanced step-lap core stacking technology, CEEG transformers significantly reduce no-load and load losses.
Global Compliance: Meets and exceeds efficiency benchmarks including IEC 60076, IEEE/ANSI standards, and EU EcoDesign requirements.
Cost-Effective: Lower operational losses translate to significant long-term savings for grid operators.
3. Sustainable Design and Environmental Compliance
Low Noise Design: Vibration-dampening structures ensure compliance with environmental regulations in residential and urban areas.
Sustainable Integration: By helping stabilize grids impacted by renewable energy integration, these transformers play a direct role in reducing carbon emissions and supporting the transition to cleaner energy systems.
Applications
Utility Substations: Primary step-down or step-up stations for national grids.
Renewable Energy: Collector substations for large-scale wind and solar farms.
Industrial Power: Reliable energy for steel mills, mining operations, and petrochemical plants.
Infrastructure: Powering high-speed rail and mega-city developments.
