Inverter/converter power density and flexibility improvements through modularity and novel thermal management architecture

Ian Byers, Stuart N. Wooters
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Abstract

This paper explains the technical challenges that come with miniaturization of inverter and converter technology and how Marel addresses these challenges through modularity, specialized manufacturing techniques, and a unique thermal management architecture. It will build upon silicon and silicon carbide die choice and die attach on substrate, and continue by explaining the thermal pathways and innovations surrounding the cooling system. It will also tie in Marel’s building block approach and show how the same blocks can be applied to liquid and air cooled system designs.
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通过模块化和新颖的热管理架构提高逆变器/转换器的功率密度和灵活性
本文解释了逆变器和转换器技术小型化带来的技术挑战,以及Marel如何通过模块化、专业制造技术和独特的热管理架构来应对这些挑战。它将以硅和碳化硅的模具选择和衬底上的模具为基础,并继续解释围绕冷却系统的热路径和创新。它还将结合Marel的构建模块方法,并展示如何将相同的模块应用于液体和空气冷却系统设计。
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