Jiuju Automation
久巨电机科普：电动汽车驱动电机入门分类、结构与核心性能要求
216动电机是电动汽车的 “心脏”，负责将动力电池的电能转化为机械能驱动车轮，相较燃油发动机具备效率高、功率密度大、噪音低、零排放等优势。
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Motor automated production line, winding machine, magnetic insertion machine, magnetizing machine and other equipment common problems and solutions, covering the installation and commissioning, operation specifications, troubleshooting, maintenance and other core questions, professional engineers accurate answer, help quickly solve the equipment operation problems, improve production efficiency.
动电机是电动汽车的 “心脏”，负责将动力电池的电能转化为机械能驱动车轮，相较燃油发动机具备效率高、功率密度大、噪音低、零排放等优势。
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轴向磁场电机也常被称为轴向磁通电机，是当前电驱领域关注度较高的技术方向，在汽车驱动、低空经济、工业机器人关节等场景均有应用探索。
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A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
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A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
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A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
View Full Version
A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
View Full Version
A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
View Full Version
A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
View Full Version
A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
View Full Version
A multi-pole architecture brings a high-frequency fundamental; at 10,000 rpm the fundamental frequency can reach several kHz. Traditional IGBTs suffer soaring switching losses and severe heating — it is the MHz-class switching capability of SiC MOSFETs that truly matches high-frequency multi-pole axial flux motors.
View Full Version
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