电动交通:混合动力汽车和电动汽车

英飞凌能为电动交通做些什么?

电动汽车电池的蓄电容量是有限的,因此,必须尽可能提高电动汽车的耗能效率。在这个过程中,半导体起到了决定性的作用,因为半导体可以说是任何电气网络中的中继点——不仅在全国电网中,而 且在每一辆汽车或电气装置中。

对于汽车,半导体的重要贡献在于确保电池尽可能经济划算、重量轻、体积小,同时实现较长的行驶距离。但是,由于任何电池的电量最终都会被耗尽,因此必须能够快速而又高效地对其进行充电。这 正是半导体的用武之地。

Semiconductors - Paving the way for e-mobility - Hans Adlkofer
Semiconductors - Paving the way for e-mobility - Hans Adlkofer
On-board Charging - Part 1: Challenges and the role of semiconductors
On-board Charging - Part 1: Challenges and the role of semiconductors
On-board Charging - Part 2: Challenges and the role of semiconductors
On-board Charging - Part 2: Challenges and the role of semiconductors
Battery Management - Part 1: Challenges and the role of semiconductors
Battery Management - Part 1: Challenges and the role of semiconductors
Battery Management - Part 2: Challenges and the role of semiconductors
Battery Management - Part 2: Challenges and the role of semiconductors
National Platform for E-Mobility
National Platform for E-Mobility
英飞凌研发
英飞凌研发
电动交通:最新研究项目和展望
电动交通:最新研究项目和展望
Electromobility driven by Infineon: Energy management in electric cars
Electromobility driven by Infineon: Energy management in electric cars