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Enovus Labs

Enovus Labs designs lightweight, compact cooling systems for harsh environments, focusing on reduced size, weight, and carbon footprint.

Dublin, IrelandFounded 20207200+ followers
Updated 1 month ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Thermal management systems for aerospace, automotive, and other high‑performance applications often rely on bulky, heavy components that increase overall system weight, size, and carbon emissions. Existing solutions may also struggle to survive extreme shock, vibration, and temperature fluctuations encountered in harsh operating environments.

Solution

Enovus Labs offers Segri‑COOL, a two‑phase sheet‑metal cooling technology designed to deliver high‑efficiency heat removal while minimizing mass and volume. The system integrates a compact evaporator and condenser within a lightweight metal structure, enabling rapid phase‑change cooling without the need for large radiators or heavy fluid loops. Its robust construction tolerates severe mechanical shocks, vibration, and wide temperature swings, making it suitable for demanding environments. By reducing material usage and simplifying manufacturing, Segri‑COOL also lowers the carbon footprint of thermal management solutions. The technology can be customized for various form factors, allowing OEMs to integrate it directly into existing product designs.

Target Audience

Primary customers are OEMs and system integrators in aerospace, automotive, and other industries that require high‑efficiency, lightweight thermal management for equipment operating in harsh conditions.

Features

  • Two‑phase sheet‑metal heat exchanger that combines evaporator and condenser in a single lightweight package
  • High thermal performance with low temperature differentials across a wide operating range
  • Mechanical design engineered to survive extreme shock, vibration, and rapid temperature cycling
  • Compact form factor that reduces overall system size and weight compared to traditional cooling loops
  • Manufacturing process optimized for lower material consumption and reduced carbon emissions
  • Adaptable to multiple industries, including aerospace, automotive, and other high‑performance sectors
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