Power electronics rely on efficient thermal management to ensure performance, longevity, and reliability. With increasing power densities and higher switching frequencies, precise thermal analysis is critical to prevent overheating, efficiency losses, and device failure in applications ranging from electric vehicles to renewable energy systems.

• High-Resolution Thermal Imaging – Identify hotspots and thermal stress points in power modules.
• Transient Thermal Analysis – Capture fast thermal changes in high-frequency switching devices.
• Electrothermal Coupling Characterization – Understand how heat affects electrical performance in power circuits.
• Material & Interface Thermal Resistance Evaluation – Optimize heat dissipation pathways in multi-layer power electronics.
• Failure & Reliability Testing – Assess thermal degradation, solder fatigue, and long-term stability. 

• Electric Vehicles (EVs) & Battery Management Systems – Ensure thermal stability in high-power energy storage systems.
• Renewable Energy & Power Grids – Optimize thermal performance in inverters, converters, and transformers.
• GaN & SiC Power Devices – Improve heat dissipation in wide-bandgap semiconductors.
• IGBTs & MOSFETs – Enhance switching efficiency and thermal reliability in industrial power electronics.
• Aerospace & Defense Power Systems – Prevent thermal stress in mission-critical electronics.