FSW100-1700
Firstack FSW100-1700 100kW liquid-cooled power stack for wind power converters. Features 1700V IGBT modules with >98%...
Product Overview
Description
The Firstack FSW100-1700 power stack is engineered for high-reliability wind power applications. This 100kW three-phase inverter stack combines 1700V IGBT modules with Firstack's intelligent gate driver technology to deliver exceptional performance in onshore and offshore wind converters. The liquid-cooled thermal design maintains safe operating temperatures even in high ambient conditions typical of nacelle installations.
The stack includes comprehensive protection features including overcurrent detection, multi-point temperature monitoring, and DESAT protection. The optimized DC link design minimizes stray inductance for clean switching waveforms. All components are selected for long-term reliability in wind applications with 20-year design life. The stack is fully tested and includes detailed documentation for system integration.
Product Series
Wind Power Stack
Primary Application
Wind Power Converters
Key Features
- 100kW continuous power rating with 150kW peak
- 1700V IGBT modules for 690V AC systems
- >98% peak efficiency at full load
- Liquid cooling for compact installation
- Three-phase inverter topology
- Comprehensive protection and diagnostics
- Optimized for wind power applications
- 20-year design life components
Specifications
| Continuous Power | 100kW |
|---|---|
| Peak Power | 150kW (60s) |
| DC Link Voltage | 1000-1200V |
| AC Output Voltage | 690V AC |
| Switching Frequency | 2-4kHz |
| Peak Efficiency | >98% |
| Cooling | Liquid (water/glycol) |
| Operating Temperature | -30°C to +60°C |
Applications
Onshore wind converters
Power conversion and supply
Offshore wind turbines
Renewable energy systems
Grid-tie inverters
Electronic system design
Active front ends
Electronic system design
Motor drives
Motor drive and control systems
FAE Expert Insights
"I've deployed the FSW100-1700 in multiple wind converter projects, and it's proven extremely reliable. The 1700V rating provides good safety margin for 690V systems, and the >98% efficiency is genuine - we've measured 98.2% at rated power. The liquid cooling design is well-engineered with even thermal distribution. What impresses me most is the protection system - the multi-point temperature monitoring caught an abnormal condition in one installation before damage occurred. For wind applications, I recommend derating to 85kW continuous for 20-year life. The documentation is comprehensive, making integration straightforward."
Proven reliability in wind applications with >98% efficiency and comprehensive thermal monitoring
— James Liu, BeiLuo
Frequently Asked Questions
What wind converter applications is FSW100-1700 designed for?
The FSW100-1700 is designed for 690V AC wind power converters typically found in 1.0-2.0MW turbines. The 1700V rating provides safety margin for grid transients. Applications include: generator-side converters (active rectifiers), grid-side inverters, and full-scale converter systems. The liquid cooling suits nacelle installations with existing cooling systems. The stack can be paralleled for higher power ratings. Typical turbine configurations use 6-12 stacks for 1.5-2.0MW systems.
Contact our FAE team for wind converter system design and stack configuration recommendations.
What cooling system requirements does FSW100-1700 have?
The FSW100-1700 requires liquid cooling with the following specifications: Coolant - Water/glycol mixture (50/50 typical); Flow rate - 10-15 L/min per stack; Inlet temperature - 25-40°C; Pressure drop - <0.5 bar at rated flow; Cooling capacity - 3-4kW heat rejection. The stack includes quick-connect fittings and is compatible with standard wind turbine cooling systems. Thermal interface material is pre-applied. Ensure coolant quality to prevent corrosion and maintain flow rates for reliable operation.
Request the thermal design guide for detailed cooling system specifications.