Tank Type
HFRS-T 230kV/16000kVA Heavy-Duty Resonant Test System
Engineered for high-volume testing facilities, the HFRS-T 230kV/16000kVA delivers unmatched 6 cycles/day operation with military-grade 120% voltage withstand capability and precision 11H±1% inductance control.
Extreme Performance Specifications
Unprecedented Capacity: 16,000kVA at 230kV/69.5A
Voltage Endurance: 276kV (120%) for 60 seconds
Frequency Range: 25-300Hz wide-band operation
Daily Throughput: 6 full test cycles (1hr ON/1hr OFF)
Precision Engineering
Core Electrical Parameters
Inductance Accuracy: 11H ±1% (<1% measurement error)
Quality Factor: Q≥65-120 across full frequency range
Thermal Limits:
80K maximum winding temperature
55K transformer oil temperature
40K epoxy surface temperature
Enhanced Cooling System
Feature | This System | Industry Standard |
---|---|---|
Daily Cycles at Full Load | 6 cycles | 3-4 cycles |
Oil Cooling Efficiency | 55K max rise | 60-65K |
Military-Grade Construction
Robust Mechanical Design
Iron-core segmented air gap with Class 1 oxygen-free copper windings
Reinforced iron shell tank for 40% better heat dissipation
Industrial breather capsule for pressure equalization
Transport Optimized
Vibration-tested for 3000km rail transport (exceeds IEC 61373 Cat.1)
230kV-rated lifting hooks with load monitoring
Shock-absorbing mountings for highway transportation
Application Scenarios
EHV Cable Factories: High-throughput production testing
Utility Substations: 230kV circuit breaker diagnostics
Offshore Wind Farms: Array cable commissioning
Industrial Plants: High-power transformer routine tests
Why Metal Tank Superiority?
Thermal Performance: Maintains 55K oil temp at 2× standard duty cycle
Structural Integrity: Withstands 0.5g vibration loads during transport
Maintenance Access: Simplified oil sampling and analysis
System Identification & Compliance
Laser-etched stainless steel nameplates with:
Serial/parallel connection parameters
Transportation orientation markers
QR codes linking to test certificates
Conforms to IEC 60060-3 (HV testing) and IEEE C57.152 (thermal ratings)