Marcin Kouri’s Post

Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD

Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD

Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD

Detecting defects in finished EV battery assemblies is challenging for manufacturers. Learn how the PXS10 Microfocus X-ray Source provides a powerful, digitally controlled solution and is the ideal choice for non-destructive inspection for complex cell assemblies. Learn more. https://lnkd.in/gTaV7tM2 #cellinspection #defectdetection #batterymanufacturing #TFSCAD

Detecting defects in finished EV battery assemblies is challenging for manufacturers. Learn how the PXS10 Microfocus X-ray Source provides a powerful, digitally controlled solution and is the ideal choice for non-destructive inspection for complex cell assemblies. Learn more. https://lnkd.in/gTaV7tM2 #cellinspection #defectdetection #batterymanufacturing #TFSCAD

High voltage battery management systems (BMS) are at the heart of #EV powertrains. Check out this block diagram to learn how our automotive grade electronic components can ensure reliable and efficient computation, communication and protection of high voltage BMS: https://lnkd.in/eviasrPR #EatonElectronics #BatteryTechnology

30KW EV charger Three-phase interleaved PFC magnetic simulation

Discover how the PLZ-5WH2 Series of compact high-voltage DC electronic loads can help you conduct battery discharge testing, EV charger aging testing, or DC-DC converter evaluation. URL: https://lnkd.in/g7tm2TgC #kikusui #electronicload #electricaltesting  

Technology and innovation are the primary driving force cross all industry categories . Leaders of electric vehicle OEMs , ESS owners and battery manufacturer owner are fond of LFP batteries, and are also well aware of the end-effect problem of LFP batteries. After a period of time, poor consistency of the LFP cells causes capacity loss and a serious reduction in cycle life cross Solar ESS pack , EV2W, EV3W packs as well as E-tools category . The following video represents our FAE engineer's demo after the installation of the balanced version from the last video. Correct installation and connection of each cell to balancer will be tested one by one at the function test station and functional test conclusion after wiring will be given. #ExtendLFPBatteryPack #LFPBatteryPackTrueActiveBalaningSolution #LFPBattery #EnergyStorageSystemBattery #ElectricMotorcycle #ElectricScooter #EricshawBattery #ElectricVehicle #ActiveBalacingModule #FullStringInductiveActiveBalancingModule

Power Integrations has introduced a new wide-creepage package option for its InnoSwitch 3-AQ flyback switcher IC, enhancing safety and efficiency in high-voltage electric vehicle (EV) power systems. Designed for 800-V EV architectures, the IC eliminates the need for conformal coating by offering a 5.1 mm drain-to-source creepage distance, ensuring compliance with IEC60664-1 standards while simplifying manufacturing and improving reliability. The 1700 V-rated InnoSwitch3-AQ ICs integrate a silicon carbide (SiC) primary switch, delivering up to 80 W of output power with greater than 90% efficiency. Targeting critical EV applications such as battery management systems, µdc-dc converters, and traction inverter emergency power supplies, the solution reduces component count by up to 50%. Learn more: https://lnkd.in/gDGRta-9 #ElectricVehicles #EVs #PowerManagement #IntegratedCircuit #IC #FlybackSwitch