Compact power module for integrated traction inverters with highest power density

Mühlfeld, Ole; Olesen, Klaus; Paulsen, Lars; Bredtmann, Rüdiger

doi:10.1109/apec.2015.7104687

Cited by 4 publications

(1 citation statement)

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“…Studies at the battery module level focus on module assembly [21], simulating module function [21], and simulation of the thermal condition of the module [22]. Studies at the battery pack level are focused on battery pack design [23]- [26], battery pack assembly [27], battery pack charge estimation [28]- [30], battery pack charge equalization, [31] battery pack charge simulation, [32] battery pack thermal management [33]- [35], [37]- [39], and battery pack thermal runaway prevention [36], [40]. Studies of battery management systems (BMS) focus on BMS design [41], [42].…”

Section: Literature Reviewmentioning

confidence: 99%

Enabling the Electric Future of Mobility: Robotic Automation for Electric Vehicle Battery Assembly

Sharma

Zanotti²,

Musunur³

2019

IEEE Access

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Consumer demand for Electric Vehicles (EVs) is increasing due to improving performance and affordability. However, EV manufacturers are struggling to meet this rise in demand. A key bottleneck is supply from a nascent EV battery supply chain that is new and developing. In this paper, we propose robotic work cell design for fast and reliable assembly of EV battery modules, at scale, to reduce this demand-supply gap. INDEX TERMS Automation, digital simulation, digital twin, electric vehicles, EV batteries, industrial robots, lithium ion batteries, robots, robotic assembly. I. INTRODUCTION A. EV DEMAND IS UP Even though electric vehicles(EVs) account for only a small percentage of all vehicle sales today, there has been a steady and sharp increase in consumer adoption. According to the 2018 IEA Global Electric Vehicle Outlook, new registrations of EVs increased from 111,320 in 2013 to 750,490 in 2017, a 575 percent increase [1]. A 2018 survey by AAA found that consumer interest in electric vehicles is increasing, with 20 percent or 50 million Americans likely to go electric for their next vehicle purchase, up from 15 percent in 2017 [2]. This increase in acceptance has been supported in part by incentives for the adoption of electric vehicles in several countries. These incentives coupled with the dramatic fall in battery prices (Fig. 1) and increase in driving range per charge, has resulted in increasing acceptance of EVs by consumers, as reflected in their rising demand (Fig. 2).

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Section: Literature Reviewmentioning

confidence: 99%

Enabling the Electric Future of Mobility: Robotic Automation for Electric Vehicle Battery Assembly

Sharma

Zanotti²,

Musunur³

2019

IEEE Access

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Optimization tool for direct water cooling system of high power IGBT modules

Bahman

Blaabjerg

2016

2016 18th European Conference on Power Electronics and Applications (EPE'16 ECCE Europe)

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Thermal management of power electronic devices is essential for reliable system performance especially at high power levels. Since even the most efficient electronic circuit becomes hot because of ohmic losses, it is clear that cooling is needed in electronics and even more as the power increases. One of the most important activities in the thermal management and reliability improvement is the cooling system design. As industries are developing smaller power devices with higher power densities, optimized design of cooling systems with minimum thermal resistance and pressure drop become important issue for thermal design engineers. This paper aims to present a user friendly optimization tool for direct water cooling system of a high power module which enables the cooling system designer to identify the optimized solution depending on customer load profiles and available pump power. CFD simulations are implemented to find best solution for each scenario.

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Flexible PCB-Based 3-D Integrated SiC Half-Bridge Power Module With Three-Sided Cooling Using Ultralow Inductive Hybrid Packaging Structure

Chen¹,

Huang²,

Chen³

et al. 2019

IEEE Trans. Power Electron.

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Compact power module for integrated traction inverters with highest power density

Cited by 4 publications

References 0 publications

Enabling the Electric Future of Mobility: Robotic Automation for Electric Vehicle Battery Assembly

Enabling the Electric Future of Mobility: Robotic Automation for Electric Vehicle Battery Assembly

Optimization tool for direct water cooling system of high power IGBT modules

Flexible PCB-Based 3-D Integrated SiC Half-Bridge Power Module With Three-Sided Cooling Using Ultralow Inductive Hybrid Packaging Structure

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