POWER ELECTRONICS
APPLICATIONS
Key Thermal Management Challenges:
Across a wide range of industrial sectors, the demand for efficient cooling of power electronics continues to rise. In applications such as semiconductor manufacturing, test equipment, industrial UPS systems, energy storage, plasma cutters, and heavy-duty automation, cold plates provide a compact and effective solution to manage heat generated by high-performance IGBTs, MOSFETs, power amplifiers, and control units.
As power densities increase and conventional air cooling becomes insufficient, liquid-cooled cold plates offer a significant advantage—removing heat more efficiently, enabling tighter packaging, and enhancing system reliability. Whether integrated into a custom machine, a power rack, or OEM equipment, cold plates ensure consistent thermal control even under continuous, high-load conditions.
Localized Heat Spikes: High-speed switching and pulsed power systems generate concentrated heat loads that require targeted cooling.
Footprint & Form Factor Constraints: Space-saving machine designs require thin, flexible cooling solutions that don’t compromise thermal performance.
Lifetime and Maintenance: Industrial power systems must run reliably for years—favoring leak-free, maintenance-minimal cooling designs.
Why ZeroKelvin Cold Plates Stand Out:
AI-optimized internal flow paths to enhance heat transfer and reduce pressure drop.
Customizable footprint and port layout to match any OEM or retrofit design.
Robust aluminum unibody construction for long-term, vibration-proof use.
Ideal for use in cleanrooms, harsh factory environments, or mobile units.