Mitsubishi Electric Automation, Inc.’s Post

Check out this great video made by my colleague Ryo Innami that showcases what we do at Mitsubishi Electric Automation! (And no, I am not a car salesman 😉) 🤖⚡️🔩 #Mitsubishi #MitsubishiElectricAutomation #SalesEngineer #Intern #EngineeringIntern #Sales #FactoryAutomation

🚀 The Future Direction of Supercapacitors in Electric Vehicles 🌐⚡ As technology advances, the application of supercapacitors in electric vehicles (EVs) is poised to expand and undergo significant enhancements. The future holds promising developments in the following key areas: Increased Energy Density: Presently, the energy density of supercapacitors is relatively low, preventing them from fully replacing batteries as the primary energy storage device. However, ongoing technological advancements are expected to steadily increase the energy density of supercapacitors, broadening their applications in EVs. Reduced Manufacturing Costs: The current high manufacturing costs of supercapacitors limit their widespread adoption in electric vehicles. In the future, as production scales up and technology progresses, the manufacturing costs of supercapacitors are anticipated to decrease, enhancing their competitiveness in the electric vehicle market. Enhanced Charging Speeds: While supercapacitors already boast fast charging speeds, there is room for improvement. Future advancements in charging technologies are expected to further enhance the charging speeds of supercapacitors, making them even more efficient and convenient in electric vehicles. Increased System Integration: Currently, the level of system integration in supercapacitor systems within electric vehicles is not optimal, impacting vehicle performance and reliability. In the future, with ongoing advancements in system integration technology, supercapacitor systems will become more compact, efficient, and reliable, enhancing their competitiveness in electric vehicles. The future of supercapacitors in electric vehicles is bright, with ongoing research and development paving the way for more efficient, cost-effective, and integrated solutions. 🌟⚡ #Supercapacitors #ElectricVehicles #cda #cdacapacitor

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Fueling the #EV revolution! 🚘🔌 While 2022 witnessed record-breaking global #ElectricVehicle sales, the success of #eMobility still depends on a robust charging infrastructure. Read Matthias Rebellius’ latest article to learn how Siemens is driving the transition to a more sustainable and electrified future. 👇 https://sie.ag/3XZUUGx

“Aren’t electric motors just like the one in my blender?” Well yes, but actually not at all! We’re seeing the technology, its integration and the efficiency of these systems being challenged and pushed further everyday by anyone aiming to be ahead in the electrification game. When talking with clients, friends in the industry and other car geeks you just can’t have a conversation without talking about eAxles and how they’re taking over (or under?) our cars. Have a quick read on this and let me know your thoughts 😊

Fueling the #EV revolution! 🚘🔌 While 2022 witnessed record-breaking global #ElectricVehicle sales, the success of #eMobility still depends on a robust charging infrastructure. Read Matthias Rebellius’ latest article to learn how Siemens is driving the transition to a more sustainable and electrified future. 👇 https://sie.ag/3XZUUGx

As the #EV market matures, efficiency is the central theme, not just in electric motors but across the entire supply chain, from raw materials to final assembly. It will take innovation, strategic material sourcing, and production efficiency from #automakers, suppliers, and #OEMs to drive the future of electric #mobility. Read more >> https://okt.to/KocmCr #electricvehicles #emobility #electricmobility #EVs

Fueling the #EV revolution! 🚘🔌 While 2022 witnessed record-breaking global #ElectricVehicle sales, the success of #eMobility still depends on a robust charging infrastructure. Read Matthias Rebellius’ latest article to learn how Siemens is driving the transition to a more sustainable and electrified future. 👇 https://lnkd.in/eg8HAubT

Fueling the #EV revolution! 🚘🔌 While 2022 witnessed record-breaking global #ElectricVehicle sales, the success of #eMobility still depends on a robust charging infrastructure. Read Matthias Rebellius’ latest article to learn how Siemens is driving the transition to a more sustainable and electrified future. 👇 https://sie.ag/3XZUUGx

The Future of E-Mobility: Powering Ahead with HV and IGBTs   In the rapidly evolving world of electric vehicles (EVs), two key components are making a significant impact: High Voltage (HV) systems and Insulated Gate Bipolar Transistors (IGBTs). These technologies are at the heart of e-mobility, driving efficiency and performance in electric vehicles. HV systems in EVs handle higher voltages essential for improved performance and extended range. This increased voltage requires materials that can withstand these demanding conditions while ensuring safety and reliability. Similarly, IGBTs are crucial for their ability to efficiently switch and control high-voltage power electronics, playing a vital role in energy conversion processes in EVs. At this juncture, BASF's innovative materials, Ultramid® (Polyamide) and Ultradur® (Polybutylene Terephthalate), emerge as the materials of choice for these applications. Both materials offer exceptional strength, excellent electrical insulation properties and outstanding flame retardancy, making it ideal for components that need to endure high temperatures and mechanical stress. These advanced materials from BASF not only meet the technical requirements of HV systems and IGBTs but also pave the way for more sustainable and efficient e-mobility solutions. As we step into the future, the synergy between cutting-edge technology and high-performance materials like Ultramid® and Ultradur® will continue to drive the e-mobility sector forward. Stay tuned as we explore more about how these technologies and materials are shaping the future of electric vehicles.