Infineon: Wide-bandgap device SiC technology and its application plan for fast charging piles

Large-scale charging stations need medium-voltage transformers to achieve power frequency electrical isolation, and charging systems need efficient and high-power-density designs. Infineon’s highway infrastructure construction project: Large-scale charging station solution, using power IGBT modules to realize charging piles from 50kW to 350kW. Its fast DC high-power charging piles can shorten the charging time, and modular power modules can increase the system power.

Large-scale charging stations need medium-voltage transformers to achieve power frequency electrical isolation, and charging systems need efficient and high-power-density designs. Infineon’s highway infrastructure construction project: Large-scale charging station solution, using power IGBT modules to realize charging piles from 50kW to 350kW. Its fast DC high-power charging piles can shorten the charging time, and modular power modules can increase the system power.

Infineon: Wide-bandgap device SiC technology and its application plan for fast charging piles

Infineon: Wide-bandgap device SiC technology and its application plan for fast charging piles

Infineon: Wide-bandgap device SiC technology and its application plan for fast charging piles

Infineon: Wide-bandgap device SiC technology and its application plan for fast charging piles

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The Links:   LM150X08-TL06 CM15MDL-12H

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