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Unlocking the Future of EV Performance with Aluminum Cooling Plates! 🚗✨ As the automotive industry embraces electrification, efficient thermal management is crucial for electric vehicles (EVs) to ensure optimal performance and safety. Aluminum cooling plates are essential components that help regulate battery temperatures, enhancing longevity and efficiency. 🌡️ These lightweight, corrosion-resistant plates excel in heat dissipation, preventing overheating and maintaining battery performance. By effectively managing thermal conditions, they not only improve battery lifespan but also reduce safety risks associated with high temperatures. 🔧 At Liquid Plates, we specialize in innovative aluminum cooling plate designs tailored for advanced thermal management systems. Our solutions are engineered to meet the growing demands of the EV market, ensuring that vehicles operate safely and efficiently. Explore how aluminum cooling plates are revolutionizing EV thermal management and driving the future of sustainable transportation! 🌐 https://liquidplates.com/ 📞 Call +91 635 908 1801 #ElectricVehicles #ThermalManagement #AluminumCoolingPlate #SustainableTransport #LiquidPlates

🔋 Revolutionising EV Battery Protection with Ventac's Thermal Battery Wrap! Designed to optimise performance and longevity, the Ventac Battery Wrap offers unparalleled thermal insulation, thermal runaway protection and durability. From extending vehicle range to safeguarding passenger safety, it’s the solution trusted by leading international clients. ✅ Protected Battery Life: Combat temperature fluctuations and maximise efficiency. ✅ Easy Installation: Custom-fit with Velcro joints for hassle-free retrofitting and maintenance. ✅ Thermal Runaway Prevented: Optional high-performance layer withstanding extreme temperatures ✅ UV Tested: In a customer test, the Ventac Battery Wrap performed at full capacity enduring 3,000 hours of UV exposure, equivalent to six years in the southern Florida sun. With advanced thermal testing and innovative materials, the Ventac Battery Wrap ensures your EV batteries are ready for the toughest conditions. Ready to transform your fleet's performance? Learn more:https://lnkd.in/eWjB3pVw #EVInnovation #ThermalInsulation #BatteryPerformance #Sustainability #Ventac #VentacBatteryWrap

EV batteries and hot weather conditions: can your EV handle the heat? One common worry for EV owners is how extreme heat affects lithium-ion batteries, so rising temperatures in the summer can worsen range anxiety during long trips. Electric vehicles are less efficient in hot weather as high temperatures decrease power output, resulting in reduced range. In the long run, improper management can even harm the battery's longevity. We dive into it on our Electrified with AD platform with an article about thermal management that includes some simple tips to help you mitigate issues with your EV in hot weather. More information: https://avydn.co/3YEE4Q0 #innovatewithAD #electricvehicles #automotive

EV Batteries: Designing in Safety and Longevity https://lnkd.in/gTun2k3t #electricvehicles #lithiumion #firesafety #energystorage #evsafety

Aerogel Technologies has developed an advanced material that offers exceptional thermal insulation and fire resistance -- making it an ideal candidate for improving EV battery cell safety and efficiency. Additionally, the material's lightweight properties help reduce overall vehicle weight, a key factor to improving range and performance. By addressing safety in high-energy-density environments, this aerogel material could lead to more efficient and dependable EV battery designs. Read more: https://lnkd.in/gKWYV-Yc #Batterie #BatteryCells #ElectricVehicles #EVs #ThermalManagement #Lightweighting

EV Batteries: Designing in Safety and Longevity https://lnkd.in/gTun2k3t #firesafety #lifesafety #firesafetysystems #thermalrunaway #passivefiresystems #passivefireprotection #energystorage #electricvehicles #intumescents #Pyrophobic #intumescents #UL #firesafetystandards

Winter can present challenges for EV batteries due to cold temperatures, leading to increased energy consumption by vehicle heaters and further draining the battery. Combat these issues with the lightweight M1 X-FLOOR, featuring an insulating 23mm XPS foam core for enhanced efficiency. This innovative solution, up to 30% lighter than aluminum floors, not only reduces weight but also serves as a cold barrier, maintaining a comfortable temperatur inside your minibus and decreasing power consumption. Want to know more? Please get in touch with us. ricko@am-x.dk sales@am-x.dk #WinterChallenges #EV #BatteryEfficiency #automobilityx #m1 #minibus #ev 🚗🔋❄️

In the rapidly growing EV market, safety standards for lithium-ion batteries are becoming increasingly stringent. Coatings based on our TEGO® Therm products are a robust solution to the industry's demand for effective thermal insulation barriers, which are essential for preventing thermal runaway in EV batteries.🔋🔥 📥 Download the brochure and learn more about TEGO® Therm and further Evonik solutions for battery electric vehicles. For product details and samples of our TEGO® Therm products visit https://lnkd.in/gXAFVRHA #coatings #coatingsindustry #EVbattery #thermalinsulation #coatingstechnology #innovation

🚗🔋 Revolutionizing EV Heating: Using MOSFETs in Traction Inverters 🔋🚗 I recently came across an innovative idea from an article based on an SAE technical paper. This novel design introduces a "third switching state" to the traction inverter, transforming it into an efficient heat source for both the cabin and battery pack. This method leverages the existing MOSFETs in the inverter, making it a cost-effective and innovative solution. How It Works: By partially turning on the low-side MOSFETs in the inverter's phase legs, the system creates Joule heating. This heat is then transferred to the coolant, which circulates through the vehicle's heating system. The inverter's MOSFETs act as resistors, generating heat without driving the motor. Cost Benefits Traditional resistor-based heaters add significant costs to EV manufacturing, typically between $200 and $500. This new method, however, adds only about $20 to the vehicle's manufacturing cost, making it a highly economical alternative. Heat Generation Calculation - Assumptions  - Battery voltage Vds: 400V  - Gate voltage Vgs: 3.75V  - Saturation current Ids: 3A  - Number of MOSFETs per phase leg: 3  - Number of phase legs: 6 - Heat Generated by Each MOSFET:  - Power dissipation P = Vds * Ids  - P = 400V * 3A = 1200W - Total Heat Generated:  - Each MOSFET is turned on for 1/3 of the inverter's sine-wave cycle, so the average power dissipation per MOSFET is 400W.  - Total heat generated by all MOSFETs = 400W * 3 MOSFETs * 6 phase legs = 7200W (7.2kW) This innovative approach not only reduces costs but also enhances the efficiency of EV heating systems. By utilizing the existing components of the EV's powertrain, this method provides a sustainable and practical solution for modern electric vehicles. Source: https://lnkd.in/gWfMQNJP. SAE paper: https://lnkd.in/gtepqjj8 #ElectricVehicles #EVInnovation #SustainableMobility #AutomotiveTechnology #GreenTech #ElectricVehicleHeating

Why First Power On Board Charger？ Let's Discuss the advantage of OBC than Traditional External Charger. Background：In an era where global awareness of carbon footprints is on the rise, industries are actively seeking ways to minimize their environmental impact. The forklift industry, aligning with this sustainability wave, is undergoing a significant transformation by adopting electrification as a pivotal strategy to curtail emissions and enhance operational efficiency. Advantages of Onboard Charger (OBC): 1. Opportunity Charging Flexibility:   - The OBC supports both single-phase and three-phase grid connections, providing flexibility in charging. This allows for opportunistic charging at various locations with power access, eliminating the need to return the fleet to a centralized charging room. 2. Cost Efficiency:   - OBCs offer a cost-effective solution as they eliminate the need for additional DC charging cables and sockets commonly associated with external chargers. This reduction in components contributes to a more competitive pricing structure. 3. Enhanced Stability:   - Traditional external chargers often face issues with connectors being frequently unplugged, leading to poor contact and unstable charger operation. In contrast, the OBC minimizes such problems, especially in terms of communication cables, ensuring a more stable charging process. 4. Innovative Cooling Method:   - The OBC incorporates an advanced cooling method by utilizing the counterweight as a heatsink. This innovative design enhances the reliability and extends the lifespan of the charger by efficiently managing heat dissipation. 5. Improved Mobility for Fleet Rental Companies:   - Unlike external chargers, which are susceptible to damage during transportation and usage at end-user locations, the OBC is integrated within the fleet. This feature addresses the challenges faced by fleet rental companies, ensuring ease of movement without the vulnerability associated with external charging units. 3KW 6KW 10KW OBC Power are available. IP 67 protection Level. First Power traget to bring the best charging solution to you! #Modex2024 #Modex #forklift #electricforklift #forklifts #lithiumionbattery #lithiumionforklift #materialhandling #forkliftcharger #Electricforklifts #forkliftbattery #forkliftlithiumbattery