Geometric optimization of the heat sink for cooling high power IGBTs modules used in the arm solar converter

机译：散热片的几何优化，用于冷却臂式太阳能转换器中使用的大功率IGBT模块

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The aim of this article is to optimize the geometry of micro channel heat sink for cooling high power IGBTs modules used in the arm solar converter. The thermal model is developed by finding a relationship between the heat sink resistance and its geometry; wish is implemented in SIMULINK/M with algorithm that optimizes the dimensions of the heat sink. The results of the model are compared with 3D finite element simulation by COMSOL in order to prove right the proposed model.

机译：本文的目的是优化微通道散热器的几何形状，以冷却臂式太阳能转换器中使用的大功率IGBT模块。通过找到散热片电阻与其几何形状之间的关系来开发热模型。 SIMULINK / M中的愿望通过优化散热器尺寸的算法实现。将模型结果与COMSOL的3D有限元模拟进行比较，以证明所提出的模型正确。

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《International Multi-Conference on Systems, Signals Devices》|2017年|128-131|共4页
会议地点 Marrakech(MA)
作者
Fadwa Haraka; Ahmad Elouatouati; Mourad Taha Janan;
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Laboratory of Mechanics and Industrial Processes Mohammed V University ENSET-Rabat Rabat Morocco;

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原文格式 PDF
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Heat sinks; Insulated gate bipolar transistors; Geometry; Thermal resistance; Resistance heating; Solid modeling;

机译：散热片;绝缘栅双极型晶体管；几何;热阻;电阻加热；实体造型;

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1. Investigation of a rectangular heat pipe radiator with parallel heat flow structure for cooling high-power IGBT modules [J] . Jiazheng Lu, Limei Shen, Qingjun Huang, International Journal of Thermal Sciences . 2019,第期

机译：用平行热流结构进行矩形热管散热器，用于冷却大功率IGBT模块
2. Thermal Analysis and Heat Sink Design Optimize Cooling of High-Performance Modules [J] . RTC . 2010,第2010期

机译：热分析和散热器设计优化了高性能模块的冷却
3. Thermal Analysis and Heat Sink Design Optimize Cooling of High-Performance Modules [J] . RTC . 2010,第2010期

机译：热分析和散热器设计优化了高性能模块的冷却
4. Geometric optimization of the heat sink for cooling high power IGBTs modules used in the arm solar converter [C] . Fadwa Haraka, Ahmad Elouatouati, Mourad Taha Janan International Multi-Conference on Systems, Signals and Devices . 2017

机译：用于冷却高功率IGBT模块的散热器的几何优化，用于臂太阳能转换器
5. Performance Evaluation of Plate-fin and Pin-fin Heat Sinks for The Application of Oil Immersion Cooling and Design Optimization of Dynamic Cold Plate for The Application of Warm Water cooling. [D] . Soni, Parth. 2016

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7. Optimization Tool for Direct Water Cooling System of High Power IGBT Modules [O] . Bahman Amir Sajjad, Blaabjerg Frede 2016

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8. Thermal Enhancement of Silicon Carbide (SiC) Power Electronics and Laser Bars: Statistical Design Optimization of a Liquid-Cooled Power Electronic Heat Sink. [R] . Scofield, J. D. 2015

机译：碳化硅（siC）电力电子和激光棒的热增强：液冷电力电子散热器的统计设计优化。

Geometric optimization of the heat sink for cooling high power IGBTs modules used in the arm solar converter

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