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Unlock the power of generative design to explore, test, and validate your cutting-edge 3D-printed cooling channels.
Seamlessly integrate ColdStream into your existing toolchain and experience the benefits of streamlined thermal engineering for 3D-printed cooling.
Battery cooling in thermal design involves managing the temperature of batteries to prevent reduced performance, accelerated aging, and safety risks.
Effective cooling methods include air cooling, liquid cooling, phase change cooling, fans, heat exchangers, pumps, and refrigerants.
Diabatix optimizes the cooling design to ensure optimal battery performance, longevity, and safety.
Temperature management is crucial in designing battery packs and cooling systems. Generative design lets you push beyond the boundaries of manual design, exploring innovative solutions.
ColdStream is the first software platform offering generative design for battery thermal management, enabling you to create bespoke, optimized cooling systems.
Whether you need mass manufacturing-ready designs or only prototypes for limited volumes, our generative design engine will serve all of your thermal management needs.
Battery cooling designs can be adapted to various production techniques, from plate stamping to roll bonding.
Cooling batteries is necessary but it can limit their power and lifespan. Diabatix's AI-driven approach solves these cooling challenges, optimizing battery performance and longevity.
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The EV industry decreases battery weight by reducing the volume of battery packs and heat sinks, making batteries cheaper.
Diabatix's AI solution helped engineering teams achieve up to 40% mass reduction through numerous design iterations. Read more...
