Power Transformers

SPECIFICATIONS:

Utility grid substations, large industrial plants, renewable energy integration (wind and solar farms), and heavy infrastructure projects.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:  
Voltage range: 110kV
Capacity range: 6300kVA – 90000kVA

Features:  

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS:

Typically used in high-voltage transmission substations, large industrial facilities, and renewable energy projects

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:  
Voltage range: 220kV
Capacity range: 31500kVA – 240000kVA.

Features:   

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS: 

Primarily used in high-voltage transmission networks and bulk power distribution to efficiently transfer electricity over long distances.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:  
Voltage range: 330kV
Capacity range: 150000kVA – 360000kVA.

Features:   

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS: 

Application:
Primarily used in high-voltage transmission networks and bulk power distribution to efficiently transfer electricity over long distances.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:  
Voltage range: 500kV
Capacity range: 240000kVA – 480000kVA.

Features:   

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS: 

Primarily used in high-voltage transmission networks and bulk power distribution to efficiently transfer electricity over long distances.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:  
Rated Voltage: Up to 750kV
Capacity: up to 1200MVA (Three phases)
Capacity: up to 400MVA (Single phase)

Features:   

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS: 

Ideal choice for underground distribution installations such as shopping centers, schools, manufacturing facilities, and industrial plants.

Standards:
Fully compliant with all applicable US & International standards.
ANSI; IEEE; NEMA; IEC

Parameters:  
Voltage range: HV Side ≤36kV  |  LV Side 0.208~0.6kV
Capacity range: 50 ~ 5000kVA

Features:   

• Reliable, Effecient, & Wide Voltage Range
• Tamper-Proof Enclosure With Dead-Front Design
• Space-Efficient, Low Profile Footprint
• Preassembled & Factory-Tested For Reliability
• Exceptional Short-Circuit and Insulation Strength

SPECIFICATIONS: 

Engineered for distribution substations.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; NEMA; IEC

Features:

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS: 

Engineered for distribution substations.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; NEMA; IEC

Features:

• High Efficiency & Wide Voltage Range
• Robust Design, Contruction, & Reliability
• Exceptional Thermal & Dielectric Properties
• Integrated Condition Monitoring
• Low Maintenance Requirements

SPECIFICATIONS: 

High-rise buildings, commercial centers, airports, oil platforms, subways, tunnels, airports, railway stations, industrial and mining enterprises.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:
HV rated voltage: 10kV
Rated capacity: 10 ~ 2500kVA

Features:

• Designed for direct installation in load centers
• Exceptional short-circuit resistance & long life
• Stable performance in harsh conditions
• Extreme efficiency with low no-load loss

SPECIFICATIONS: 

Ideal for high-rise buildings, commercial centers, airports, oil platforms, subways, tunnels, airports, railway stations, industrial and mining enterprises.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:
HV rated voltage: 20kV
Rated capacity: 200 ~ 2500kVA

Features:

• Designed for direct installation in load centers
• Exceptional short-circuit resistance & long life
• Stable performance in harsh conditions
• Extreme efficiency with low no-load loss

SPECIFICATIONS:

Ideal for high-rise buildings, commercial centers, airports, oil platforms, subways, tunnels, airports, railway stations, industrial and mining enterprises.

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:
Rated Voltage: 35kV
Rated Capacity: 250 ~ 2500kVA

Features:

• Designed for direct installation in load centers
• Exceptional short-circuit resistance & long life
• Stable performance in harsh conditions
• Extreme efficiency with low no-load loss

SPECIFICATIONS:

Primarily used to compensate for capacitive reactive power generated by long transmission lines, underground cables, or lightly loaded systems,

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:
Three Phase: 200 MVAr

Features:

• Reactive power compensation & voltage regulation
• Designed for continuous duty & low maintenance
• Optimized operation reducing transmission losses
• Ideal for use in substations connected in parallel
• Custom engineered for a wide voltage range

SPECIFICATIONS: 

Primarily used to compensate for capacitive reactive power generated by long transmission lines, underground cables, or lightly loaded systems,

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:
Three Phase: 200 MVAr

Features:

• Reactive power compensation & voltage regulation
• Designed for continuous duty & low maintenance
• Optimized operation reducing transmission losses
• Ideal for use in substations connected in parallel
• Custom engineered for a wide voltage range

SPECIFICATIONS: 

Primarily used to compensate for capacitive reactive power generated by long transmission lines, underground cables, or lightly loaded systems,

Standards:
Fully compliant with all applicable US & International standards
ANSI; IEEE; IEC

Parameters:
Three Phase: 200 MVAr

Features:

• Reactive power compensation & voltage regulation
• Designed for continuous duty & low maintenance
• Optimized operation reducing transmission losses
• Ideal for use in substations connected in parallel
• Custom engineered for a wide voltage range