Linamar Corporation’s Post

Cell level Fusing of Lithium Battery pack Cell-level fusing enhances lithium-ion battery safety by integrating fuses at the cell level to prevent dangerous scenarios like explosions or fires due to excessive temperature or voltage. This approach improves battery reliability and longevity by averting overcurrent issues and potential overheating. It helps extend battery life by removing problematic cells, even though this could create imbalances in cell groups. The patented design of cell-level fusing is presented herein for 21700 Lithium cells. Our team conceived, formulated, and subsequently developed this innovation to cater to the requirements of an Electric Vehicle (EV) manufacturer within the scope of one of our projects. #21700_Lithium_cell #Cell_level_fuse #EV_Battery_Design #Custom_Battery_Pack

Unveiling the Realm of Ultra High Vacuum (UHV) Applications and Key Manufacturing Processes https://lnkd.in/gNTkabBu

VARTA®️- Leaders in Battery Technology & Reliability. That’s why Vehicle Manufacturers globally choose VARTA®️. It All Starts with VARTA®️!

🌟 Exciting Update: Our lab just received a critical prototype component —— Qnetic’s frictionless Active Magentic Bearings! 🛠️✨ Dive into the video to uncover the magic of Qnetic’s contactless bearings! 🚀   Our active magnetic bearing is one of the key bearings in our design, keeping the shaft in the center by detecting its movements and making tiny adjustments thousands of times a second. 🔄💡 Why is this a big deal? It means we can achieve super-fast shaft rotations without any friction! 🚀🔗 In the realm of flywheel energy storage, friction is our formidable adversary…   🔍 Follow Qnetic on this innovation journey, and stay tuned for more updates as we witness the incredible impact of Qnetic Floating Bearings! 💼    #Innovation #Technology #Engineering #Qnetic #Bearings #Vega #FutureTech 🌈

Particle contamination during battery manufacturing refers to the presence of unwanted microscopic particles which adversely affect battery performance and safety. Continuous monitoring helps prevent contamination that can lead to EV battery failure. Apex RBp helps you identify potential particle intrusion before it causes defects in manufacturing. Another innovation from Lighthouse Worldwide Solutions. https://lnkd.in/gSxvFezK

To complement #HIOKI USA’s #recent #interview with #Battery Technology's M. Anderson, here's a workable Blueprint for breakthrough in the eMobility [battery] sector. #sustainablebatterytechnology #scaleups #chargedevs [Cr.: #Siemens]

Inertec the world leading innovator in soldering, has a top solution for the motor makers, watch the below video. In soldering, the parameters such as the dipping speed, dipping time and especially the driving out speed of the wave are important to define the thickness of the tin layer and also to prevent "peaks" / uneven surface when breaking off the solder. This is only one special point, how we eliminate the flux fumes contacting the motor part, or how we get the copper level in the solder controlled are other innovative points Inertec has solved for motor makers all over the world. Any motor maker should really look very closely at this Innovation from Inertec Germany

Throwback to Our Enlightening Study Visit to China, December 2023 Last December, we embarked on an insightful group visit to China, comprising representatives from MOSTI, UTM, Mont Aero, and RMAICT. Our focus was on exploring advancements in AI, Robotics, and Hydrogen Technology, and we were not disappointed. 🌟 Highlights of Our Visit: =SANY's Lighthouse Factory: We were amazed by the state-of-the-art autonomous assembly of EV Trucks and the large-scale Electrolyzer at SANY. Their integration of cutting-edge technology in manufacturing processes was truly inspiring. - SANY Alkaline Electrolyzer's Hydrogen Demonstrator: Witnessing the practical applications of hydrogen technology here was a key moment of our trip. - Jiangsu Great Wall Intelligent Equipment Co. Ltd: Specializing in automotive automation assembly lines, their innovative approaches to automation were particularly noteworthy. - Jiaxing Hydrogen Industrial Park and Jiaxing Port: The sight of Hydrogen Trucks efficiently transporting containers around the port was a testament to the practical viability of hydrogen-powered transportation. The visit to the refueling station added a real-world perspective to our understanding. - Meiji Chemical: Their successful conversion of waste hydrogen into power generation was not only innovative but also an excellent example of sustainable practices in action. 🔍 Key Takeaways: This visit was more than just an educational journey; it was a deep dive into the future of technology. The advancements we witnessed in AI, robotics, and particularly in hydrogen technology, are paving the way for a more sustainable and technologically advanced future. We returned inspired and ready to explore how these technologies can be integrated and utilized in our own projects and initiatives. #HydroPower #MontAero #MalaysiaHydrogen #TechnologyInnovation #SustainableFuture

🗞 | AMRC, MTC - Manufacturing Technology Centre and The University of Sheffield have been driving plans for an increase electric motor production rates for the UK’s largest supplier of electric drive systems - with an ambition of transitioning from 60 to 5,000 traction motors per year. The consortium of experts included Angel Trains and Dennis Eagle UK were tasked by Rotherham-based MAGTEC/Magnetic Systems Technology Ltd to support the business need for new ways to reduce bottlenecks in enable a significant increase in production. Lloyd Tinkler Jonathan Di Lorenzo Read the full story via the link below👇 #ElectricMotors #UKManufacturing #TractionMotors #manufacturing #supplychain