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The production of batteries for the electric vehicle industry is growing and changing rapidly, based on the expansion of knowledge within the industry. And that is why it is so important to ensure the conveyors that are sourced for your ev-battery production line are not only up for today’s challenges, but tomorrow’s challenges as well.
Within an electric vehicle (EV) battery system, the battery management system (BMS) is the electronic system that manages the battery pack and the cells. The BMS is critical for optimum battery performance and safety which means it must operate with a high degree of accuracy and reliability. Sponsored by TE Connectivity.
Automotive electrification significantly impacts testing methods, encompassing areas such as: Powertrain testing procedures – Engineers now focus on battery chemistry, inverter logic, and motor rotor positioning rather than traditional methods of measuring fuel consumption and emissions. Sponsored by ACS.
Automakers face pressure to develop energy-efficient and powerful EV batteries, electric drivetrains, and charging infrastructure as the global automotive market ramps up EV production to meet net zero emission goals. Download the white paper to find out more. Sponsored by Keysight Technologies.
Henkel Adhesive Technologies , a maker of automotive adhesives, sealants, thermal materials and functional coatings, has extended its portfolio of solutions for EV battery systems with a new injectable thermally conductive adhesive. Henkel says the new product has already been adopted by a major EV battery manufacturer.
As automakers unveil one battery-electric vehicle platform after another, high-voltage (HV) interconnects are emerging as one of the most important automotive components. Download the full Whitepaper from Aptiv now. Sponsored by TTI and Aptiv. Learn more about Aptiv from TTI, Inc. >> >>
Minimizing losses in power conversion ensure the maximum amount of power delivered for charging the vehicle’s battery and reduces heat buildup. Power semiconductor devices convert AC power into the DC power needed to recharge vehicle batteries. Download the guide, Supercharged Solutions for EV Charging Stations. Efficiency.
ZEISS eMobility Solutions Delivers Quality Solutions The automotive industry is rapidly accelerating development and release of new electric vehicles. In addition to Battery Electric Vehicles (BEVs), Fuel Cell Electric Vehicles (FCEVs) are another possibility for the future of alternative energy supply. Battery Solutions.
The company says the new build was designed and tested to meet automotive levels of product reliability, improving machine runtimes. Our customers have asked us to bring our high-reliability charger design into both lower and higher capacity battery charging applications. Source: Delta-Q.
As a leading designer of innovative adhesive solutions for EV battery components and automotive electrical and electronic devices, Henkel is well-positioned to help customers find success by navigating the complexities of thermal potting – from planning, through testing, into production and beyond.
Charged is organizing a virtual conference on EV engineering September 1 – 3, 2020 that includes live webinar sessions, interactive Q&As, on-demand webinars, and whitepaper downloads. New session topics have been announced (with more coming soon) including speakers and presentations from: New sessions announced Register now.
Assurances on the health of second-hand EV batteries – the number one barrier to purchasing a used EV – were identified as the single most effective solution to encourage drivers to make the switch to electric vehicles, significantly accelerating the transition to net zero in road transport.
At the 2023 European Automotive Decarbonization & Sustainability Summit, ZeBeyond demonstrated its software as a service simulation platform, which is designed to “allow users to solve the performance, profit and sustainability equation while allowing for shifting investment factors.”
The needs of automotive and general electronic devices can vary based on application. In the case of EV batteries, this gap can be anywhere from 1-3mm due to packaging requirements. With battery packs, a gap filler is dispensed on top of the cooling plate and the batteries are placed directly on top of it.
With the growth and development of battery pack technologies, manufacturers of electric vehicles (EV) place greater emphasis on pack design optimization, seeking more compact solutions to improve energy density and reduce cost. In the assembly of high-voltage battery packs , dielectric protection is critical.
For example, crash-worthy adhesives that bond body and battery components along with performance polymers and thermal interface materials that safely manage battery temperature. Safer, cooler, and longer-lasting batteries. EV batteries must be crash-durable for safety. Operation outside this range can strain batteries.
The automotive environment is one of the most severe environments for electronics. Today’s vehicle designs proliferate with sensitive electronics, including electronic controls, infotainment, sensing, battery packs, battery management, electric vehicle powertrains, and on-board chargers. Sponsored by Littelfuse.
Designing circuits for the next generation of automotive innovations is extremely challenging. Furthermore, engineers will want to design this circuit to minimize internal power consumption, which helps the battery charge time to be as short as possible. Sponsored by Littelfuse. Today’s EV consumers want faster charging.
The automotive environment is one of the most severe environments for electronics. Today’s vehicle designs proliferate with sensitive electronics, including electronic controls, infotainment, sensing, battery packs, battery management, electric vehicle powertrains, and on-board chargers. Sponsored by littelfuse.
In these electric vehicles, long ranges and high horsepower require high power density from their electrical components such as batteries, motors and generators, and the power electronics needed for operation. Their vast experience includes working with electric vehicle OEMs and battery companies on cutting-edge technology.
How healthy is your battery pack? As the EV ecosystem develops, there will be an increasing need to measure and manage the performance of battery cells. It has also developed a platform that can simulate the real-world performance of different cells, and can evaluate the state of health of existing battery packs.
Download this report with additional charts and commentary here. Download the public report The full report, 2024 predictions, underlying data, and charts are available for Sightline Climate clients here. Batteries topped the charts for mega deals Mega rounds were mega investment drivers.
The last use case is a combination of the Charging Discovery System and an electronic load that emulates an automotivebattery to emulate an EV. Download our complete application note for more examples of test use cases and in depth analysis today! This is called an EVSE test. Analysis Using the Charging Discovery System.
Advanced Manufacturing Inflation Reduction Act Activation Guide Download Guide Produced by EDF in collaboration with Any company that owns or sources from industrial facilities may benefit from IRA incentives. 45X includes additional per kWh-based incentives for battery cell assembly into combined modules of approx. $10/kWh.
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