Detailed performance specifications for ULTIMA V2, the vertical installation version of our high-efficiency forced convection solution.
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This case study examines how forced convection cooling mitigates thermal runaway risks while improving efficiency and reliability in energy storage applications.
ULTIMA isn’t just an upgrade—it’s a breakthrough. With an integrated thermosiphon, it replaces heat pipes for a smarter, more powerful cooling solution.
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Discover how advanced forced convection cooling increases efficiency and reliability in solar inverters, ensuring optimal performance in renewable energy systems.
Watch thermal camera footage reveal how ULTIMA’s integrated thermosiphon rapidly spreads heat across the entire heat sink.
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Discover how NEOcore technology optimizes thermal performance in EV charging stations, improving reliability, efficiency, and longevity.
Explore the full specifications for the AURORA Series, our advanced forced convection solutions engineered for high-power applications. Compare all versions and find the perfect fit for your design.
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AURORA outperforms traditional heat sinks with forced convection cooling—delivering higher efficiency in a compact, lightweight design. See why it’s the smarter choice.
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See how NEOcore-powered AURORA outperforms traditional aluminum heat sinks—delivering better cooling with a more compact, efficient design.
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Comprehensive specifications for ULTIMA H1, the horizontal installation version of our high-efficiency forced convection solution.
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See the thermal camera prove AURORA’s superior heat transfer efficiency—eliminating extra interfaces for faster, more effective cooling.
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