Grid & Rail IGBT Press Pack 6500V 3000A UHV High Power IGBT Module
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Highlight
Grid & Rail IGBT Press Pack
,IGBT Press Pack 6500V 3000A
,UHV High Power IGBT Module
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TypeIGBT Moduel
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Rated Voltage (V)2500V 4500V 6500V
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Rated Current (A)750A 1000A 1250A 2000A
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WarrantyOriginal Manufacturer's Warranty
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PakageOriginal Pakage
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Shipping TermInternational Express（DHL/FEDEX/TNT/UPS/ARAMEX）/Sea Freight / Air Freight / International Special Line
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Freight ChargeFor Industrial Equipment (E.G., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/Volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote
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Place of OriginSwitzerland
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CertificationUL1557、CSA、RoHS、MIL-PRF-38534、MIL-PRF-38535、EAC、GOST-R 、SASO
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Minimum Order Quantity1
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Price$300-$5000
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Delivery Time3-5Workday
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Payment TermsL/C,D/A,D/P,T/T,Western Union
Grid & Rail IGBT Press Pack 6500V 3000A UHV High Power IGBT Module
Press-Pack IGBT Module 6500V/3000A with Double-Sided Cooling for UHV High Power Applications in Grid and Rail
Press-Pack IGBT 6500V/3000A
Ultra-High Voltage High Power for Grid & Rail Applications
The Press-Pack IGBT with 6500V voltage and 3000A current is a high-performance device designed for ultra-high voltage (UHV) and high-power applications. This advanced technology is ideally suited for power grid and rail transit scenarios, featuring low loss, double-sided cooling technology and high reliability to meet the rigorous operational demands of critical industrial systems.
Product Highlights
- UHV High Power Press-Pack IGBT, 4500V-6500V, low loss for Grid & Rail
- Weld-free Press-Pack IGBT, high reliability, fit for rail transit & power grid
- High density Press-Pack IGBT, double cooling, ideal for UHV power system
- Anti-shock Press-Pack IGBT, short-circuit protection, for grid transmission
Core Models, Parameters and Applicable Industries
| Model | Rated Voltage | Rated Current (Tc=80℃) | Key Parameters | Applicable Industries |
|---|---|---|---|---|
| 5SNR 10H2500 | 2500V | 1000A | Stable short-circuit failure mode, explosion-proof package, series connection optimization, wire-bond-free press-fit structure | UHV power grid, DC distribution network, medium-voltage industrial drive systems |
| 5SNX 13H2500 | 2500V | 1300A | High Safe Operating Area (SOA), tolerance to uneven mounting pressure, modular design, low on-state loss | Power grid reactive power compensation, industrial high-power converters, marine power systems |
| 5SNR 20H2500 | 2500V | 2000A | High power cycling capability, double-sided cooling design, low junction-to-case thermal resistance, excellent vibration resistance | Rail transit auxiliary inverters, offshore wind power converters, power plant auxiliary systems |
| 5SNA 1250K450300 | 4500V | 1250A | 50% IGBT + 50% diode ratio, maximum repetitive on/off current 4000A, optimized current and voltage sharing | High-Voltage Direct Current (HVDC) transmission, Static Synchronous Compensator (STATCOM), medium-voltage frequency converters |
| 5SNA 2000K450300 | 4500V | 2000A | Excellent current sharing performance, on-state voltage drop 3.4V at 125℃, shock and electromagnetic interference resistance | Rail transit main traction converters, HVDC converter valves, DC circuit breakers |
| 5SHY4045L0003 | 6500V | 750A | Half-bridge dual-unit structure, with anti-parallel diodes, low switching loss, high thermal stability | Flexible DC transmission (HVDC Light®), STATCOM, medium-voltage frequency converters |
| 5SHY4045L0001 | 6500V | 750A | StakPak™ package, explosion-proof design, high insulation performance, suitable for extreme working conditions | Metallurgical rolling mill drives, mine hoists, marine propulsion systems |
Frequently Asked Questions
What voltage and current ranges do these Press-Pack IGBTs support?
4500V-6500V, 1500A-5000A, ideal for UHV grid and rail high-power working conditions.
Why is Press-Pack IGBT a good choice for rail transit?
Weld-free structure, shock & vibration resistant, stable for train frequent start-stop.
How does it solve heat dissipation issues in UHV systems?
Double-sided cooling, lower thermal resistance, stable temperature under high power.
Can it be used in series or parallel for high-voltage applications?
Optimized current/voltage sharing, multi-chip design, perfect for UHV series/parallel use.
What's the key advantage over traditional bonded IGBTs?
No welding or bond wires, no fall-off/breakage risks, higher long-term reliability.
How does it protect the whole system when a device fails?
Short-circuit failure mode, single device fault won't affect the entire system operation.
Is it suitable for harsh outdoor/on-board working environments?
High thermal matching materials, shock & thermal cycle resistant, fits complex scenes.
Does it help cut energy consumption of power systems?
Low on-state voltage & switching loss, soft turn-off, boosts power conversion efficiency.
What's the maximum junction temperature of these Press-Pack IGBTs?
Up to 150℃, meets the high-temperature demand of UHV/rail heavy-load work.
How about its overload and anti-impact capacity?
Strong overload & anti-electromagnetic impact, adapts to complex high-voltage environments.
Can it support flexible DC power transmission in the power grid?
Yes, grid-friendly design, supports flexible DC transmission and reactive power compensation.
Does the high power density save space for equipment?
40kVA/cm² power density, 37% higher than similar products, enables device miniaturization.
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