Light electric vehicles (LEV)
Enhance your light electric vehicle design with Infineon's BMS, traction inverters, battery charging solutions, and more
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Smaller, lighter, more affordable: light electric vehicles (LEV) are bringing e-mobility to a growing number of people. Unlock the future of transportation with Infineon's advanced solutions for electrified 2-wheelers and 3-wheelers.
With Infineon, you can source right-fit components to overcome design challenges and implement state-of-the-art LEV system solutions for both micromobility and minimobility use cases. Our comprehensive range of semiconductor components includes MOSFETs, MCUs, gate drivers, sensors (position, speed, pressure, or current sensors), precharge FETs, memory, authentication ICs, transceivers, controllers, switches, and more - all designed to meet the unique needs of light electric vehicle technologies.
One of the most significant design challenges in light electric vehicle design is balancing speed and range per charge, while ensuring maximum safety. At Infineon, we understand these challenges and offer a range of non-automotive and automotive components for a wide range of use cases, from micromobility to ePTWs like e-mopeds, e-scooters, and e-rickshaws, microEVs like electric microcars, LSEVs, NEVs, and electric quadricycles, as well as e-golf carts.
Reliable traction inverter solutions for light electric vehicles
No matter the type of motor being used for light electric vehicle, it must be reliable and highly efficient with an effective power-to-size-and-weight ratio. Infineon is your one-stop shop, offering multiple product families that serve all your electric motor drive needs. Find everything here, from our 60-200 V OptiMOS™ and StrongIRFET™ power MOSFET families, EiceDRIVER™ isolated and non-isolated gate drivers, XMC™ and TRAVEO™ T2G microcontrollers and XENSIV™ magnetic, current, and position sensors.
At Infineon, you’ll find semiconductor solutions for a wide range of LEV motor control units, always made with reliable German-engineered quality in line with your budget.
Explore our design support section to find our selection guides, reference designs, and other system support, that address common motor types found in light electric vehicles, such as brushless DC motors (BLDC, <48 V battery voltage), permanent magnet synchronous motors (PMSM, <200 V battery voltage), and AC-induction motors (ACIM, <200 V battery voltage).
Learn more: High-power motor drive
Infineon offerings for LEV Traction Inverter
Design Resources
System Specification | Vbat = 24V, 500W |
Vbat = 48V, 3KW PMSM Motor |
Vbat = 96V, 6KW PMSM Motor |
Vbat = 48V, 20KW PMSM Motor |
MOSFETs | BSC012N06NS | IPTC012N08NM5 |
IPT039N15N5 | IPTG014N10NM5 |
Microcontroller | IMC301A-F048/XMC1302-T038X-0032 | IMC301A-F064/ |
XMC1404-F064X0200 AA/ |
XMC4700-F100K1536 AA/AURIX™ SAK-TC334LP-32F200F |
Gate Driver | 6ED2742S01Q* | 2ED2738S01G* | 2EDB8259F* | 2EDB8259F* |
Position/Speed Sensor | TLI49611MXTMA1 | TLE5012B E1000 | TLE5501 E0002 | TLE5501 E0002 |
Current Sensor | TLI4971-A120T5-U-E0001 | TLI4971-A120T5-U-E0001 | TLE4972-AE35S5 | TLE4972-AE35S5 |
Design Resources | |
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Accurate, safe and secure BMS solutions for light electric vehicles
The light electric vehicle battery module, together with the battery management system, is a crucial technological sub-system for any electric 2-wheeler and 3-wheeler, since it drives the performance of the vehicle in terms of maximum torque and range. A highly efficient battery management system in a light electric vehicle will utilize the lowest drain-source on-resistance OptiMOS™ and StrongIRFET™ MOSFETs for maximum short circuit current capability and lowest continuous operation conduction losses, resulting in higher efficiency and range. In addition, with the latest AIROC™ CYW20829 Bluetooth® SoC along with the OPTIGA™ Authenticate S, wireless battery monitoring and diagnostics are seamless to implement.
Infineon offerrings for LEV BMS
Design Resources
System Specification | Vbat =36V, 10Ah to 30Ah PMSM Motor |
Vbat = 48V, 15AH to 60AH PMSM Motor |
Vbat = 72V, 20Ah to 60AH PMSM Motor |
Vbat = 96V, 30Ah to 80Ah PMSM Motor |
Vbat = 150V, >150Ah BLDC/PMSM Motor |
MOSFETs | ISC010N06NM5 (1.05mΩ) |
IPTC014N10NM5(1.4mΩ) |
IPT026N12NM6 (2.6mΩ) |
IPT039N15N5(3.9mΩ) |
IPT129N20NM6 (12.9mΩ) |
Precharge FET | IPD025N06N |
BSC070N10NS5 |
IPD110N12N3 G |
IPD200N15N3 G |
BSC600N25NS3 G |
Microcontroller | CY8C4146/7AZI-S463 |
CY8C4146/7AZI-S463 |
CY8C4146/7AZI-S463/ |
CY8C4146/7AZI-S463/ |
CY8C4146/7AZI-S463/ |
Memory | S25FL512SAGBHIA10 | CY15B104QN-50SXAT | CY15B104QN-50SXAT | CY15B104QN-50SXAT | CY15B104QN-50SXAT |
Authentication chip | SLE95401 | SLE95401 | SLE95401 | SLE95401 | SLE95401 |
Gate Driver | 2ED4820 | 2ED4820 | IRS4427S | IRS4427S | IRS4427S |
Pressure sensor | -- | KP236N6165 | KP236N6165 | KP236N6165 | KP236N6165 |
BMS IC | TLE9012 | -- | 2x TLE9012 | -- | 4x TLE9012 |
Transceiver | -- | -- | TLE9015 | TLE9015 | TLE9015 |
Current Sensor | TLE4972 | TLE4972 | TLE4972 | TLE4972 | TLE4972 |
Design Resources |
OBC systems for light electric vehicle designs
Since the widespread acceptance of 2-wheeler and 3-wheeler electrification depends largely on convenience over combustion options, easy and accessible charging infrastructure is a crucial aspect to consider. There are several options for LEV battery charging, namely on-/off-board chargers, battery charging stations, and battery swapping stations, depending on power and use case requirements.
From 70 W all the way up to 3 kW charging, Infineon has the industrial grade parts and services you need in order to realize your next charging infrastructure project and contribute to the decarbonization of our planet.
Check out our options for AC-DC conversion such as our XMC™ and PSoC™ MCUs, OptiMOS™ and CoolMOS™ power MOSFETs, and EiceDRIVER™ gate drivers. Looking for more? How about our wireless charging solutions like our WLC1115 IC, OPTIGA™ Trust CHARGE and OPTIGA™ Authenticate S authentication solutions. Our secure connectivity portfolio of AIROC™ Bluetooth® Wi-Fi connectivity families, OPTIGA™ Connect eSIM, and OPTIGA™ NFC solutions enables seamless battery health and charge updates to be wirelessly communicated.
Learn more: Battery chargers
3kW AC-DC rectifiers in battery charging and swapping stations
Functional block | Topology | Product category |
Product family | Part number |
Battery Charging | Dual Boost PFC | PFC switch | CoolMOS™ P7 | IPW60R037P7 |
PFC diode | CoolSiC™ G6 | IDH20G65C6 | ||
Gate driver | EiceDRIVER™ | 2EDN7524F | ||
PFC controller | ICE™ 3 | ICE3PCS01C | ||
HB LLC | LLC switch (primary side) | CoolMOS™ CFD7 | IPW60R040CFD7 | |
Gate Driver | Dual-channel functional isolated MOSFET gate drivers | 2EDF7275F | ||
Sec SR MOSFET | OptiMOS™ 5 | BSC093N15NS5 | ||
Gate Driver SR | Non-isolated Driver IC | 2EDN7524 | ||
MCU | XMC™ industrial microcontroller family | XMC4200-F64k256BA | ||
QR flyback | Aux power controller | CoolSET™ | ICE5QR2280AZ |
1.5kW off-board battery charger for e-Moped/e-Scooter/e-Motorcycles
Functional block | Topology | Product category |
Product family | Part number |
Battery Charging | Dual Boost PFC | PFC switch | CoolMOS™ P7 | IPW60R037P7 |
PFC diode | CoolSiC™ G6 | IDH20G65C6 | ||
Gate driver | EiceDRIVER™ | 2EDN7524F | ||
PFC controller | ICE™ 3 | ICE3PCS01C | ||
HB LLC HV DCDC | LLC switch (primary side) | CoolMOS™ P7 | IPW60R060P7 | |
Reverse polarity protection | OptiMOS™ 5 | BSC030N08NS5 | ||
Gate Driver | EiceDRIVER™ | IRS21814 | ||
Resonant controller | ICE2 | ICE2HS01G | ||
MCU | XMC™ 1400-series | XMC1403-Q064X0200 AA | ||
QR flyback | Aux power controller | ICE™ 5 | ICE5QR2280AZ |
250W AC-DC off-board battery charger for e-Bike
Functional block | Topology | Product category |
Product family | Part number |
Battery Charging | PFC | Controller | Resonant Combo PFC/LCC controller | ICL5102 |
PFC switch | CoolMOS™ P7 | IPA60R099P7 | ||
LLC HV DCDC | HB switch | CoolMOS™ P7 | IPA60R280P7 | |
SR switch | StrongIRFET™ | IRFB4615PbF | ||
Safety switch | OptiMOS™ | IPD050N10N5 | ||
Aux Power IC | ICE™ 5 | ICE5QR2280AZ |
Reliable and secured connectivity solutions for light EVs
Infineon’s connectivity and security solutions deliver secure, reliable and uninterrupted communication between the user and the vehicle without compromising from high performance and energy efficiency.
Reduce design complexity with the highly flexible analog and digital peripheral architecture of Infineon microcontroller families with application-specific interfaces. Our fully certified and qualified AIROC™ connectivity portfolio fulfills keyless access, vehicle/fleet tracking, on-board diagnostics and audio stream/ voice command needs while maintaining low power consumption. OPTIGA™ embedded security solutions secure vehicle and user information while providing identification, cloud communication and battery authenticity.
Learn more: Wireless Connectivity
Learn more: Security Solutions
Design user-friendly HMIs in light electric vehicles
When it comes to the driving experience, it is crucial to design a durable, reliable and easy-to-use human machine interfaces (HMI).
Infineon microcontroller portfolio enable effortless control between the vehicle and the user for speed and battery charge status monitoring while establishing smartphone interoperability. The CAPSENSE™ capacitive touch sensing solutions and Mechanical Button Replacement (MBR) portfolio enable easy-to-use interfaces. Our world-leading XENSIV™ sensor family offering high precision tire pressure, position and acoustic measurements and MEMS microphones enables smart and safe vehicle designs.
Learn more: Human machine interfaces (HMI)
![lev prototyping kit](/export/sites/default/_images/application/boards/Low-voltage-drives-scalable-power-demoboard-platform.PNG_1897160562.png)
Infineon’s low voltage drives scalable power demoboard provides a modular platform for rapid prototyping forklifts and light electric vehicles (LEVs).
![EVAL_2KW_48V_CHAR_P7](/export/sites/default/_images/product/evaluation-boards/Picture_EVAL_2KW_48V_CHAR_P7_small_02.jpg_868358168.jpg)
The 2kW lead-acid / Li-ion industrial battery charger targets LSEV applications. The evaluation board uses a dual-boost PFC + half-bridge LLC power supply solution. Infineon’s latest CoolMOS™ P7 Superjunction MOSFETenables natural convection cooling.
![Introducing Infineon’s automotive MOSFETs for electric two-wheeler applications](/export/sites/default/_images/product/power/eLearning/introducing_infineons_automotive_mosfets_for_electric_two_wheeler_applications-v01.00.png_1757708891.png)
- Infineon provides a wide range of automotive MOSFETs designed to best meet your system requirements for electric two-wheelers.
- These MOSFETs are the key to unlocking sustainable mobility and advancing cleaner transportation solutions!
![Infineon’s Quality Requirement Categories for low-voltage Power MOSFETs](/export/sites/default/_images/product/trainings/Infineons-Quality-Requirement-Categories-for-low-voltage-Power-MOSFETs.png_1757708891.png)
- Be familiar with Infineon’s measures to reduce the failure rate and to prove the quality level of a product
- Identify the right product based on given target application requirements
![](/export/sites/default/_images/application/banner/LEV-ASMC-training-key-visual.PNG_1923942671.png)
Key takeaways:
- What LEVs are and how they are categorized
- Know about Infineon’s complete system offering for LEVs
- Why to choose Infineon for your LEV system
![Forklifts](/export/sites/default/_images/product/power/Forklifts.JPG_1757708891.jpg)
In this training you will:
- Learn about the main reasons for the forklift market growth and the main forklift applications and requirements
- Discover why Infineon is your one-stop-shop semiconductor supplier