Infineon PrimePACK IGBT IPM Module For New Energy Power Electronics
Price:
$40-$1500
MOQ:
1
Delivery Time:
3-5Workday
Product Description
Infineon PrimePACK IGBT Modules High Power Density High Reliability for New Energy Power Electronics
PrimePACK IGBT Modules
PrimePACK IGBT Modules deliver exceptional high power density and industry-leading high reliability, making them the ideal power semiconductor solution for a wide range of new energy power electronics applications. Engineered with advanced IGBT chip technologies, optimized packaging design and integrated thermal management features, these modules support high-efficiency energy conversion, stable long-term operation and compact system integration, perfectly meeting the demanding performance and durability requirements of renewable energy generation, energy storage and other new energy power systems.
Key Features
- Industry-leading high power density enables compact, high-performance power electronics designs
- Superior long-term reliability ensures stable operation under harsh industrial and new energy conditions
- Advanced IGBT chip technologies deliver low conduction and switching losses for higher efficiency
- Wide voltage and current ranges cover 1200V, 1700V and 2300V applications
- Optimized thermal design with integrated NTC sensors for reliable thermal management
- Pin-compatible packages simplify system upgrade and reduce assembly time
- Ideal for photovoltaic inverters, wind converters, energy storage systems and industrial drives
Technical Specifications
| Parameter | Details |
|---|---|
| Product Series | Infineon PrimePACK™ IGBT Modules |
| Package Types | PrimePACK™ 2, PrimePACK™ 3, PrimePACK™ 3+ |
| Voltage Class | 1200 V, 1700 V, 2300 V |
| Rated Current | 450 A - 2400 A |
| Chip Technology | IGBT4, IGBT5, IGBT7 |
| Topology Configurations | Half-bridge, three-phase bridge, chopper |
| Maximum Junction Temperature | 175 °C (overload) |
| Thermal Features | Pre-applied TIM, low thermal resistance, integrated NTC temperature sensor |
| Isolation & Safety | High creepage distance, high electrical clearance, high CTI insulation |
| Compatibility | Pin-compatible designs for easy platform upgrade |
| Typical Applications | Photovoltaic inverters, wind converters, energy storage PCS, industrial drives |
Product Models and Applications
| Model | Chip Technology | Voltage Class | Rated Current | Max Junction Temp | Key Parameters | Applications |
|---|---|---|---|---|---|---|
| FF450R12KE4P | IGBT4 | 1200V | 450A | 175℃ | Half-bridge configuration, integrated NTC, high isolation | New energy (wind, photovoltaic), industrial frequency converters |
| FF400R17KE4P | IGBT4 | 1700V | 400A | 175℃ | TRENCHSTOP™ technology, low conduction & switching losses | Photovoltaic inverters, energy storage PCS, UPS systems |
| FF500R17KE4P | IGBT4 | 1700V | 500A | 175℃ | High current density, robust packaging, excellent thermal cycling | High-voltage frequency converters, rail transit, smart grid |
| FF1000R17IE4P | IGBT4 | 1700V | 1000A | 175℃ | Pre-applied TIM, low switching losses, integrated NTC | Large-scale wind power converters, high-power industrial drives |
| FF1200R17IP5 | IGBT5 | 1700V | 1200A | 175℃ | Emitter-controlled diode, low Vce(sat), high power cycling | Traction drives, high-power converters, wind turbines |
| 6THE150MI | IGBT4 | 1200V | 150A | 175℃ | Three-phase full-bridge topology, automotive-grade reliability | Commercial vehicle traction inverters, electric commercial vehicles |
| FF1800R23IE7 | IGBT7 | 2300V | 1800A | 175℃ | TRENCHSTOP™ IGBT7, high DC stability at 1500V | Large-scale solar central inverters, high-voltage energy storage |
| FF2400R17IE5 | IGBT5 | 1700V | 2400A | 175℃ | .XT interconnection technology, 30% higher output current | Megawatt-level wind power converters, high-power industrial drives |
| FF600R12IE5P | IGBT5 | 1200V | 600A | 175℃ | Low switching losses, high efficiency, integrated NTC | Industrial automation, induction heating, photovoltaic string inverters |
| FF800R23IE7P | IGBT7 | 2300V | 800A | 175℃ | High reliability, low thermal resistance, strong resistance to harsh conditions | Large-scale solar power plants, high-voltage energy storage PCS |
Frequently Asked Questions
Can PrimePACK 2/3/3+ packages be directly replaced?
No. They're pin-compatible but not fully interchangeable—check installation size and heat design first.
Why do modules fail fast in outdoor new energy projects?
Mostly due to poor heat management or exceeding 175℃ junction temperature.
Is extra insulation needed for high-voltage use?
No. They have high creepage distance and meet overseas high-voltage standards.
What's the real difference between IGBT4/5/7?
IGBT4: stable, cost-effective; IGBT5: lower loss; IGBT7: high-power density (ideal for large PV plants).
Can the same heatsink be used for different current models?
Not recommended. Higher current = more heat—match heatsink to thermal resistance.
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Company
Shanghai Fradwell Industrial Automation Co., Ltd.
Location
No. 168, Chengnan Road, Pudong New Area, 201399 Shanghai, China
Contact Person
Angelo Wu