InDepth Engineering Solutions’ Post

Integration of Inverter systems in commercial electric vehicles from mechanical, electrical and safe operating performance perspective is an engineering challenge. Some of the aspects are illustrated from the experience and innovation endeavours in collaboration with industry experts and our valuable clients. In conclusion, our commitment for social environmental cause regarding the safety, disposal and striving to minimize the use of some of the elements (Lead, Cadmium etc.) is also discussed. Read more here: https://lnkd.in/eVGYGvs5 #Commercial_Electric_Vehicles #Engineering_challenges #Research_and_Development #FutureMobility #Sustainability #pi_tec

The ACH180 drive’s architecture allows operators to run motors based on HVACR process demands, rather than running them at full speed and limiting output with mechanical controls like restricts or dampers. This drastically cuts energy use and CO₂ emissions. https://shorturl.at/eHVY8 #Technology #IndustryAnalysis #management #Innovation #MarketReport #thermalcontrolmagazine ABB ABB-india-ltd

Exciting project alert!📢 This is a Plug-in Hybrid Electric Vehicle (PHEV) Battery Dress Conveyor designed and manufactured by S4. Different conveyors require different configurations to meet our customers' needs and requirements. For this conveyor, consideration was made to the weight of the 🔋battery and being able to return the pallet to the start of the line while keeping the design as compact as possible. Two types of chains are used in this system:  ⛓ The first one is a deep link chain the pallets rest on in the stations that the operator works on, which run at a very low speed with the spacing between the pallets controlled.  ⛓ The second type of chain is a roller chain which allows the pallets to roll on the top surface of the chain so that they can accumulate in the buffer areas. More details on this project in our next 'What is This Thing' video, stay tuned to our socials so you don't miss it! #s4integration #s4 #engineering #industrialautomation #conveyor #conveyorsystem #materialhandling #phev #ev

🔋⚡ Balancing Act: EV Range, Battery Size, and Cost We're proud to share that #ASTOTEC's #electrical #engineering expert Peter Pöltl, recently featured on #ORF 2's "#Autofocus Extra: Reicht die Weite," diving into the complexities of #electric #vehicle (EV) #technology. 💡 Key insights from Peter's interview: 1. Range and Battery Size: Longer ranges require larger batteries, significantly impacting vehicle design and cost. 2. Cost Factor: Batteries can constitute up to one-third of an EV's total price, highlighting the need for continued innovation. 3. Fast Charging Challenges: High voltage and current systems are essential for rapid charging, analogous to filling a large tank with a proportionally large nozzle. 4. Thermal Management: Sophisticated cooling systems are crucial to manage heat generated during fast charging. At ASTOTEC, we're at the forefront of addressing these engineering challenges. Our team of #experts, including Peter, continuously work on #innovative #solutions to optimize the balance between #performance, range, and #affordability in EVs. 💪 We're committed to #pushing the #boundaries of EV technology and shaping the future of #sustainable #mobility. 🧡

In electrification projects of mobile machines HAWE Hydraulik offers different concepts. The PowerBox offers enormous advantages for installation and in operation. In addition to the battery packs, it also contains a new MPU (Motor Pump Unit), the PDU (Power Distribution Unit), a charger and the hydraulics.   The concept can be adapted to the specific requirements of the vehicle manufacturer, right down to the disassembled assembly, which can be integrated directly into the vehicle. Connected and fully charged, the PowerBox is ready for autonomous use and commissioning is accomplished in a very short time.   Learn more about the PowerBox > https://lnkd.in/eKQ6g22c   The battery packs are designed for use in off-high machines or as traction batteries. Compared to the market, they offer a very high energy density, which makes them a problem solver in space-critical electrification projects. Inside, the individual battery cells are interconnected to form a battery module. An intelligent battery management system (BMS) is integrated that protects and monitors the battery and communicates with the higher-level controller or the charger. It can control an integrated heater or communicate status-dependent current recommendations to the vehicle. As is usual in mobile work machines, of course, via CAN bus. The robust aluminium housing protects the battery against environmental influences, as evidenced by the IP65 protection class. The battery packs are available both as low-voltage batteries (low voltage <60 VDC) and as high-voltage batteries (high voltage >60 VDC).   Learn more about HAWE battery packs > https://lnkd.in/ezb8We9i   #HAWE #Hydraulics #Engineered #Batteries #Electrification 

Not only do we design and manufacture world-leading electric motors and inverters, but will go beyond to craft bespoke e-mobility solutions to address our customers' most challenging problems. #sustainablefuture #electricvehicles #costeffective #zeroemission #electrification

Recently attended a workshop on Electrical Vehicles (EVs) and gained insights into:         - EV architecture and design - Battery technology and management - Charging infrastructure and safety considerations Excited to apply my knowledge and contribute to the growth of the EV industry! #ElectricVehicles #Sustainability #Workshop #EVTechnology #Innovation #GreenEnergy #FutureOfTransportation"

As we continue to innovate and expand, we are thrilled to introduce our 230V hollow-shaft water-cooled motor to the market. Its compact yet powerful design makes it an ideal choice for various applications, from industrial machinery to renewable energy systems. Our motor’s hollow-shaft configuration offers several advantages, including reduced weight, improved system efficiency, and easier maintenance. The water-cooling feature provides efficient heat dissipation, ensuring optimal performance even under challenging conditions. We pride ourselves on our commitment to delivering exceptional products that meet the highest quality standards. With our 1.5kW 4000rpm 230V hollow-shaft water-cooled motor, you can expect outstanding performance, durability, and reliability. Stay tuned for more updates on the remarkable features and benefits of this latest addition to our product lineup! #CustomizedMotor #BrushlessMotorTechnology #MotorDesign #ElectromechanicalEngineering #CustomEngineering #MotorManufacturing #ProductCustomization #ApplicationSpecificMotor #MotorPrototype #CustomizationServices #BrushlessMotor #ElectricMotors #MotorTechnology #PowerElectronics #SustainableEnergy #AutomotiveEngineering #ElectricVehicles #Robotics #IndustrialAutomation #RenewableEnergy #CustomMotors #BespokeMotorSolutions #TailoredMotorDesign #MotorCustomization #EngineeredMotors #PersonalizedEngineering #CustomMotorProjects #UniqueMotorDesigns #CustomizationExpertise #MadeToOrderMotors #SpecializedMotorSolutions #CustomEngineering #TailorMadeMotors #PrecisionCustomization #CustomMotorDevelopment #MotorPrototyping #CustomMotorManufacturing #CustomMotorSolutionsProvider

Free xEV Engineering Conference Session: Minimize The Risk Of Breakdowns And Fire: Protecting EV Batteries TWAICE Lennart Hinrichs Dr. Jonas Boehm #ev #electromobility #evs #emobility #electricvehicles #electricandhybridvehicles #futuremobility #sustainability

🔋The Role of High Voltage Batteries in Heavy duty propulsion systems🔋 High Voltage Batteries provide intricate balance between power demand, torque output, and operational efficiency particularly in heavy-duty propulsion systems. Offering not only robust power delivery but also enhanced torque output crucial for towing and hauling applications. But why not simply rely on very high current instead? The limitations become apparent when considering the physical constraints inherent in high current systems. The need for larger diameter wires to accommodate substantial current flow adds bulk and complexity to component design. Moreover, the inevitable consequence of increased current—heat generation—poses a significant challenge. Heat dissipation, directly proportional to the square of the current [P = I^2 * R], introduces complexities in thermal management and exacerbates operational costs. By minimizing current, high voltage architectures mitigate the associated stresses such as high temperature & mechanical forces, thereby streamlining component design and reducing operational overheads. High voltage batteries also facilitate rapid charging, a critical feature in today's fast-paced market. Heavy-duty trucks, for instance, are increasingly adopting voltage ranges between 600V to 800V for their lithium-ion battery systems Image : 600 V Volvo FH Electric Architecture Image courtesy:https://lnkd.in/gD9Xh-Hu #Electric Vehicle #Li-Ion Batteries