HoustonBionics’ Post

Limitless Propulsions, a company from Spain, presents their bold solution: the REM handheld skateboard propulsion rod. At first glance, REM may appear to be just an ordinary stick. But it's far from simple. It houses a 3000W brushless motor capable of providing power up to 40 km/h. Using REM is straightforward—simply grip it in your hand, rotate the knob-style control handle to activate it, and you're ready to go. Then, you can effortlessly navigate the city just like riding an electric skateboard. Unlike traditional electric skateboards, REM features a detachable design. The skateboard itself remains unchanged, without any modifications. This allows you to use REM for powered assistance when needed and revert to a traditional skateboard when power isn't required. Additionally, REM weighs only 5kg, making it highly portable. #LimitlessPropulsions #REM #SkateboardPropulsion #ElectricSkateboard #Innovation #UrbanMobility

🚀 Give Your Charging Station a Better Choice! 🚗💨 No more hassles of figuring out where to place your charger while it's in use. Our PC200 quick-to-install hanging design is here to help! Maximize every inch of your area effortlessly while keeping your wall sockets safe and sound. 🔧 Why You'll Love It: ✅ Space-Saving Marvel: Perfect for tight areas, flexible installation. ✅Socket Protection: Distributes weight evenly to prevent damage. ✅Built to Last: High-performance silicone for durability and comfort. Transform your setup today and enjoy a smarter, safer space! 🌟💡 #electricvehicles #electricvehicle #ev #emobility #evcharging #automotiveindustry #renewableenergy #automotive #cleanenergy #innovation #technology #creativity

📱 Dual SIM functionality for ultimate convenience. 🚀 Compact design, big performance. 🔋 Long-lasting battery life. 🌐 Stay connected, anywhere and anytime. https://lnkd.in/d37NGUU6

😄The design of the charging station that both children and I like...   Recently, MINI in the United States made a breakthrough at the 2022 Los Angeles Auto Show by incorporating the controller shape of the familiar RC wireless remote control toy car into the charging station design. This unique-shaped charging station draws inspiration from the MINI Cooper SE electric car, including elements such as British plug-shaped wheels and the Energetic Yellow color scheme, making the charging process fun.   The charging station is also equipped with a 10-inch display screen that shows the latest advertisement from MINI, focusing on environmental protection and the preservation of the polar bear habitat, as well as augmented reality displays of the MINI Cooper SE with a QR code. The design of the charging station pays tribute to the MINI Cooper SE, featuring a predominantly white color scheme and echoing the distinctive contrasting color roof element of MINI.   🔋As a charging station developer, this product case brings about a conceptual innovation and also makes me think: besides the appearance, it should also have sufficient reasons for people to choose it in terms of performance! I hope to see more innovative designs like this in the future, providing users with a better charging experience. #power #electricalengineering #electric #EV #vehicle #renewableenergy #renewablepower #sustainability #environment #product #innovation #development #us #charging #chargingsolutions

800-volt architecture. The Porsche soul stands for performance. In every respect. As demonstrated by the Taycan, even when charging: its 800-volt architecture produces charge power of up to 270kW. In five minutes, the Taycan Turbo, for example, can be charged to enable a range of up to 100km (WLTP) under optimum conditions' and is al- ways ready for what its driver spends the whole day dreaming about: driving. Optimum conditions: CCS speed charging pedestal with >270kW. >850V, battery temperature 30 to 35°C and output state of charge 5% #PorscheCenterBengaluru #Porsche #Taycan #porschetaycan

Interior Permanent Magnet Synchronous Motors (IPMSM)   With each new generation of hybrid vehicles, the designs of the magnet arrays used in the #IPMmotor's rotor are becoming more sophisticated. It current trends hold, we can expect that #permanentmagnet numbers, along with the complexity of their layout, will continue to increase. Below, you can see a cross-sectional view of the increasingly complex rotor for the last four generations. As their magnets become more deeply embedded into the rotors’ structure, greater field strength will also be required for magnetization.   Nihon Denji Sokki wants to free designers from the need to worry about how magnetization issues will affect the production of a motor. We are looking to offer a better magnetization solution based on four key metrics: ① Analysis of the Magnetization Field ② Optimal Space Factor for the Yoke Winding ③ Flux Conditions on both the Inner & Outer Circumference of the Rotor ④ Advantages of Heat-assisted Magnetization Technology.   #electricvehiclesarethefuture #electricdrives #emobility #electricvehicle #researchanddevelopment #motors #energy #sustainable #power #magnetizer #magnetism #magnetization #engineeringsolutions #japanbusiness

Interior permanent magnet synchronous motors (#IPMmotor) are seen as a good candidate for hybrid vehicles (#HEV) applications due to their energy efficiencies, high torque output, power densities, and ability to offer a wide velocity range. Since reducing magnet volumes is a key factor affecting cost, manufacturers have been working to optimize the interior #permanentmagnet geometries of these motors. The graphic in the post below shows the evolution of pole arrays for synchronous motors: 1) tangential magnets, 2) V-shaped, 3) U-shaped, and 4) delta-shaped geometries. Studies have shown that motor harmonics (i.e.: torque ripple) increase with the depth of the air gap (greater magnetic flux).  Therefore, the more deeply embedded the magnets; the better the torque per ampere ratio. It seems that while V-shaped rotors may have an advantage in cost due to their small magnet volumes the delta-shape designs have been gaining ground thanks to their higher torque performance. Ref.: Design and Analysis of Rotor Shapes for IPM Motors in EV Power Traction Platforms https://lnkd.in/gDre-UC8 Design Optimization of the Delta-Shape Interior Permanent Magnet Synchronous Motor for Electric Vehicle Application https://lnkd.in/g4nMB4jj #researchanddevelopment #engineeringsolution #motors #sustainable #magnetizer #magnetism #magnetization s #japanbusiness

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When Weight is a Critical Factor in your Design. 30% higher rated torque, 30% higher repeated peak torque, 30% higher maximum momentary torque, 42% longer life! #harmonicdrive, #strainwavegear, #lightweightgears, #precisionmotion