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4. Converter design and implementation
4.1 Study support
In this section, we'll be analyzing the converter associated with its coupler for an accelerated recharging application at 20 kW output (22 kVA network, see § 1.3). In the light of our previous results, we'll opt for the series-series compensation converter, which could be fed by the rectified three-phase network, and deliver directly to the battery. The power diagram of the DC-DC section is shown in figure 22 , and the study will focus on sizing the power components (semiconductors and capacitors) and on control.
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Converter design and implementation
Conclusion
Bibliography
Software tools
PSIM: circuit simulation software. http://powersimtech.com/products/psim/
FLUX: finite element simulation software, Altair Engineering, Meylan, France. https://altairhyperworks.com/product/flux
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Events
SGE: Symposium de Génie Électrique. Biannual French-speaking event http://www.sge-conf.fr
Standards and norms
- Industrial, scientific and medical equipment – Radio interference characteristics – Measurement limits and methods. - Norme NF EN 55011 - Mai 2010
- Wireless Power Transfer for Light-Duty Plug-In / Electric Vehicles and Alignment Methodology. - Norme SAE J 2954 - Mai 2016
- concernant les prescriptions minimales de sécurité et de santé relatives à l'exposition des travailleurs aux risques dus aux agents physiques...
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