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Enhanced surface area density to volume ratio results in significantly higher thermal exchange performance, ensuring efficient heat transfer for your critical applications.
Micro-structures and complex internal geometries ensure low pressure drop, enhancing system performance through efficient, smooth fluid flow and optimal heat transfer.
Monolithic designs not only significantly reduce overall weight but also simplify maintenance with fewer parts to manage, streamlining system serviceability.
Morphed topology offers unmatched design freedom. Tailored to fit available spaces, providing flexibility in form factor and enabling seamless integration into a wide range of systems.
The possibilities of what additive manufacturing (AM) can deliver in terms of design, performance and production are now being investigated by electric vehicle (EV) manufacturers around the world.
With the design flexibility that AM enables, EV manufacturers can achieve lighter weight and more compact heat exchangers. Time from design to build is substantially decreased, allowing for rapid prototyping straight into reliable serial production.
Electric vehicles require both cooling and heating to maintain battery temperatures at the optimum window to ensure performance and range. Additive manufacturing opportunities for thermal control in EV is a topic we discuss in this article.
Confluxとの提携でこの利点を実現:
AMによる三次元表面形状と薄肉化の組み合わせで、より高い性能を実現します。
軽量であることがモータースポーツと自動車の両方に一次効率を提供します。
従来の製造では得られない小型化・定型化された形状でパッケージの選択肢を提供します。
部品の統合-部品とサブアッセンブリの統合が、発注から完成品の取り扱い、保管、発送までのサプライチェーン全体にプラスの影響を与えます。
Dive into the world of electric vehicle thermal management with our comprehensive eBook, "Cooling the Future: Innovations in Electric Powertrain Thermal Management." This essential guide is your key to understanding the cutting-edge technologies shaping the future of EV cooling.
By downloading this eBook, you'll gain insights into:
Enhance your understanding of EV thermal management by downloading our eBook now.
水冷式インタークーラー
エンジンオイルクーラー
トランスミッションオイルクーラー
ディファレンシャルクーラー
インバーター熱交換器
バッテリー冷却
排熱回収熱交換器
EGR(排気ガス再循環)クーラー
燃料クーラー
油/水熱交換器
パワーアシストステアリングクーラー
インタークーラー
At the heart of these electric Vertical Take Off and Landing (eVTOL) vehicles lies the electric powertrain. This consists of a lithium-ion battery along with high performance motors and inverters which generate the necessary lift and propulsion. There are a variety of different powertrain concepts currently being developed, however they all share the same thermal management challenges that come with high power and high voltage electronics.