Wind Power Converter

Renewable Energy Application

Description

Robust wind power converter solution for turbine applications. Reliable operation in harsh environments.

Core Advantages

High Reliability (MTBF >100,000 hours)
Extended Temperature Range (-40°C to +85°C)
Grid Code Compliance (LVRT, Reactive Power)
Redundant Control Architecture Support Redundant Control Architecture Support
Predictive Maintenance Capabilities Predictive Maintenance Capabilities
Low Failure Rate (<1% per year)
20+ Year Design Lifetime 20+ Year Design Lifetime
Remote Diagnostics & Firmware Updates

Recommended Bill of Materials (BOM)

Item Part Number Description Quantity Datasheet
1 FF300R12ME4_B11 IGBT Module, 1200V, 300A, EconoDUAL 3 18 📄 Download
2 1ED020I12-F2 EICEDRIVER Gate Driver IC, isolated 18 📄 Download

Applications

Onshore Wind Turbines (1.5-5MW)
Offshore Wind Turbines
Hybrid Wind-Solar Systems
Wind-Diesel Hybrid Systems
Small Wind Turbines (<100kW)
Wind-Solar-Storage Microgrids

Technical Specifications

input Voltage
690VAC (generator side)
output Power
1.5MW - 5MW
output Voltage
690VAC 3-phase (grid side)
efficiency
>98% (at rated power)
operating Temp
-40°C to +85°C (ambient)
cooling Method
Liquid cooling / Air cooling
communication
Fiber optic, CANopen, Modbus TCP
protection
LVRT, OVP, OCP, OTP, Grid fault detection
standards
IEC 61400, IEEE 1547, Grid codes

Customer Success Stories

Industrial Customer

Industrial |

Challenge

[Data Pending] Customer challenge to be documented from actual project experience.

Solution

[Data Pending] Solution details to be added based on actual implementation.

Results

[Data Pending] Results to be verified with customer.

Commercial Customer

Commercial |

Challenge

Integrating advanced functionality into a space-constrained Onshore Wind Turbines (1.5-5MW) system demanded innovative approaches to thermal management and power delivery. The customer also needed to ensure long-term reliability and maintainability in a mission-critical application.

Solution

Optimized solution design

Results

Met cost targets

FAE Expert Insights

S

Senior FAE

Field Application Engineer

10+ years

Professional Insights

[Data Pending] FAE insights to be added based on actual application experience with this solution.

Key Takeaways

  • Proper component selection is essential
  • Thermal design must consider worst-case conditions
  • Protection features prevent catastrophic failures

Decision Framework

Decision Framework
Steps:
  1. Evaluate requirements
  2. Compare solutions
  3. Consult FAE

Ready to Implement This Solution?

Contact our FAE team for design support and quotes

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Frequently Asked Questions

What are the key technical highlights of this undefined solution?

This undefined solution leverages Infineon Technologies's advanced technologies to deliver optimal performance. Key highlights include: (1) High-efficiency power conversion with carefully selected components. (2) Comprehensive protection features ensuring system reliability. (3) Scalable architecture supporting various power levels. (4) Complete software and hardware reference designs accelerating development. (5) Extensive testing and validation for industrial-grade reliability.

Contact our FAE team for detailed technical documentation and reference designs.

What are the main application scenarios for this solution?

This undefined is designed for,,,,. The solution addresses key challenges in these applications including efficiency optimization, thermal management, and system reliability. Typical use cases include: industrial automation systems, renewable energy installations, electric vehicle infrastructure, and high-performance motor drives. The modular design allows customization for specific application requirements.

Discuss your specific application requirements with our FAE team for customized recommendations.

What are the system integration considerations?

When integrating this undefined into your system: (1) Power supply design - ensure adequate capacity and stability for all components. (2) Thermal management - implement proper heatsinking and airflow for power devices. (3) EMI/EMC - follow layout guidelines to minimize electromagnetic interference. (4) Protection circuits - implement overcurrent, overvoltage, and thermal protection. (5) Control interface - ensure proper signal integrity for control and feedback signals. (6) Testing - validate system performance under all operating conditions.

Contact our FAE team for system integration support and design review services.

What support and resources are available for this solution?

We provide comprehensive support for this undefined: (1) Complete reference designs including schematics, PCB layouts, and BOM. (2) Software libraries and example code for rapid development. (3) Application notes and technical documentation. (4) Evaluation kits for proof-of-concept testing. (5) FAE support for design review and optimization. (6) Training materials and workshops. All resources are designed to accelerate your development and ensure successful implementation.

Access our solution resource center or contact our FAE team for personalized support.