It must deliver high power levels (from 80 to over 200 kW), withstand high temperatures and be lightweight. NXP''s EV traction inverter system solution features multicore lockstep MCUs, safety SBCs, CAN, Ethernet PHY and high-voltage gate drivers to control power conversion to the traction motor with high efficiency and reliability.
Although the use of multilevel inverters for traction applications has been the subject of numerous articles, not all forms of electric transportation have made use of these inverters. Two-level structures are used in the drive systems of trucks, buses, and low-voltage electric vehicles.
The purpose of power module-based traction inverter is to convert the DC current from the electric vehicle’s battery to AC current to be used in the electric motor to drive the vehicle’s propulsion system. It also plays a significant role in capturing energy from regenerative braking and feeding it back to the battery.
Highly efficient EV inverter solutions supporting the most scalable range of motors and power classes In the context of electric mobility, it is advantageous to introduce additional substantial loads into the high-voltage domain to improve overall efficiency.
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Solutions Main traction inverters are the heart of electric vehicles and provide incredible amounts of torque and acceleration. The responsiveness of the inverter and the electric motor it …
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The EV Traction Inverter Reference Design is a full-system solution containing Arm® Cortex®-M7 based S32K39 MCU with …
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To support customers in their traction inverter development and reduce time to market, NXP offers an easy-to-use EV Power Inverter Control Reference Platform with system …
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The new inverter generation provides a technological leap in the powertrain of electric vehicles. Thanks to the use of silicon carbide semiconductor technology, the efficiency of the fourth …
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Like gas-powered cars, electric cars have key parts that help them run properly. One of these all-important components is the power module located in the electric vehicle …
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Achieve your EV traction inverter design requirements with a fully automotive-qualified and efficient semiconductor product portfolio from …
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Solutions Main traction inverters are the heart of electric vehicles and provide incredible amounts of torque and acceleration. The responsiveness of the …
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Drivers of hybrid electric vehicles (HEV) and electric vehicles (EV) rely on automotive manufacturers to deliver a safe, reliable and comfortable driving experience. The main traction …
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An IGBT is a is power semiconductor die and is the short form of insulated-gate bipolar transistor. An IGBT power module is the assembly and physical packaging of several IGBT power …
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Typical design for EV cooling systems. Image used courtesy of Ning et al. The main interest for SiCs in EV motor drives is in the inverters …
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Automotive power modules are essential components of the traction inverter in hybrid and electric vehicles, converting direct current (DC) from the …
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Abstract: Double-sided cooled (DSC) power module structures enable high power density for motor drive inverters ideal for electric vehicles (EVs). This work presents a DSC …
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The EV Traction Inverter Reference Design is a full-system solution containing Arm® Cortex®-M7 based S32K39 MCU with functional safety compliant power management …
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Here the power modules, which are responsible for power conversion, play a crucial role. Requirements for power modules not only depend on the type of vehicle – from …
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Here the power modules, which are responsible for power conversion, play a crucial role. Requirements for power modules not only …
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Direct liquid cooled high performance power module For (H)EV, truck, and bus traction inverters Press fit connections for high reliable and long lasting connection
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Discover Bosch''s comprehensive SiC power semiconductor portfolio for the mobility industry, including SiC power MOSFETs and SiC power modules designed for inverters, on …
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Abstract This article presents a comprehensive review of modern traction inverter systems, their possible control strategies, and various modulation techniques deployed in …
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Conclusion The inverter in electric vehicles is a cornerstone of EV technology, enabling efficient power …
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In the context of electric mobility, it is advantageous to introduce additional substantial loads into the high-voltage domain to improve overall efficiency. High-power applications like the climate …
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