Is the EV shift shifting? A recent study performed by EY forecasts that EVs will account for 50% of global sales by 2041 – two years later than the firm previously forecasted. As OEMs reshuffle product strategies to meet market demands, engineers throughout the automotive ecosystem must remain flexible to deliver these programs. And with continued pressure on product development, engineers are tasked to do more with less – less time and with less access to physical hardware and testing – while meeting increasingly strict performance, legislative and safety requirements. This is why we continue to see the rapid adoption of GT-SUITE – a powertrain-agnostic solution that allows organizations to learn more earlier, manage the complexities of reduced access to hardware and testing while remaining flexible across multiple propulsion systems – ICE, alternative fuels, hybrids, EVs and fuel cells. With more solutions than ever before, maybe it’s time for you to consider a shift to GT. Checkout our interactive automotive solutions today! https://lnkd.in/g5-XmNDP
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Senior R&D Engineer at Ansys | Chartered Engineer | PhD in Combustion CFD | 15+ Years' Experience in Numerical Simulation
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
-
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
-
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
-
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
-
Senior R&D Engineer at Ansys | Chartered Engineer | PhD in Combustion CFD | 15+ Years' Experience in Numerical Simulation
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
-
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
-
Unlock the future of electric vehicles with Optiphase Drive Systems' revolutionary five-phase motor design, leveraging Ansys software to address the limitations of traditional three-phase motors, enhancing power, reliability, and sustainability for a wide range of applications from aerospace to heavy machinery.
Ushering in the Next Phase of Electric Motor Design
Mechanical Engineer | 1D Virtual Analysis | Propulsion System/Powertrain | Thermal Analysis | System Modelling | Fuel Economic Improvement | System Optimization | Engine System/Sub-system Function/Model Based Design
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