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Accelerating electrification
Plug into a holistic suite of eMobility solutions for design and engineering, production and metrology.
EV Challenge: Thermal management
As the eMobility race progresses the leaders will be those that grapple with and overcome complex thermal challenges.
EV Challenge: Thermal management
Evolving the use of batteries in electric vehicles
Simple to learn, easy to use tools that empower your teams to refine the complex relationships between cells modules and packs.
EXPLORE MORE ABOUT THIS EV SOLUTION: CRADLE CFD
EV Challenge: Thermal management
Perfecting the electric vehicle drivetrain
Electric motor power delivery and heat management of the power systems, gears and bearings are key to improving the experience, performance and quality of electric vehicles.
EXPLORE MORE ABOUT THIS EV SOLUTION: ROMAX, NASTRAN, CRADLE CFD
EV Challenge: Thermal management
Understanding, predicting and perfecting airflow management
Understanding the unique way in which air flows around electric motors will help your designers and engineers make more informed decisions about thermal management.
EXPLORE MORE ABOUT THIS EV SOLUTION: CRADLE CFD
EV Challenge: Range
Range anxiety? Tackle the biggest perception issue for EVs head on and create more efficient electric vehicles.
EV Challenge: Range
Designing the new generation of battery materials for high range and low charging time
The material microstructure in electrodes is fundamental to the battery electrochemistry. Multiphysics material simulation of various microstructure options helps find the right candidate for next-generation materials.
EXPLORE MORE ABOUT THIS EV SOLUTION: DIGIMAT
EV Challenge: Range
Lightweighting that works with design to enhance EV range
By integrating as-manufactured thinking, a 40% weight reduction on parts like vehicle hoods is not a target – it’s the norm.
EXPLORE MORE ABOUT THIS EV SOLUTION: DIGIMAT
EV Challenge: Range
Making better material choices lies at the heart of EV progress
Managing material models, data and processes are critical in vehicle design and lightweighting. It’s time to connect your team to material specialists with mechanical simulation and full traceability.
EXPLORE MORE ABOUT THIS EV SOLUTION: MATERIALCENTER
EV Challenge: Quality and performance
100%EV is not about being ‘as good as’ combustion. It’s about creating a new class of vehicle which outperforms the old at every turn.
EV Challenge: Quality and performance
Developing a dependable electrified eMobility powertrain
It’s not enough for EVs to be as good as conventional vehicles, they must be even better – requiring less maintenance and offering better reliability. While EVs can be mechanically less complex, the powertrain and other rotating systems still need to be designed to meet the high expectations for reliability while keeping the weight and cost down. Strong understanding of structural performance and assessment of the durability of key components such as gears, bearings, shafts and splines is critical to ensuring high power density and optimal design.
EXPLORE MORE ABOUT THIS EV SOLUTION: ROMAX ENDURO
EV Challenge: Quality and performance
Get down to the finer details of eDrive housings
The optimisation, requirements and restrictions of an eDrive lead to smaller, thinner and more complex housings. As a result, dimensional tolerances are becoming tighter and certain features are harder to access during quality control. An eDrive housing requires a comprehensive and flexible measurement solution to achieve superior accuracy without compromising cycle times.
EXPLORE MORE ABOUT THIS EV SOLUTION: LEITZ REFERENCE, GLOBAL S
EV Challenge: Quality and performance
Inspecting intricate components without compromising throughput
Basket clutches are commonly used in hybrid electric vehicles and even some battery electric vehicles. The fine tolerances demanded of EV systems like these demand equally fine metrology capabilities. This challenge has traditionally been a bottleneck in gearbox production. Now non-contact measurement solutions can analyse high-performance components without compromising production throughput.
EXPLORE MORE ABOUT THIS EV SOLUTION: HTA SOLUTIONS
EV Challenge: Noise, vibration and harshness
Tackling noise and vibration intelligently to improve EV cabin audio experience.
EV Challenge: Noise, vibration and harshness
Enhance your EV ride and comfort experience
The ride comfort of an electric vehicle has a profound impact on the customer perception of your brand. EV designs must meet and exceed customer expectations of ride and comfort under an array of road surfaces. Virtual vehicle prototypes can be created to study the interaction between the tires and various road surfaces and the subsequent impact that these interactions have on passenger comfort and the ride experience.
EXPLORE MORE ABOUT THIS EV SOLUTION: ADAMS
EV Challenge: Noise, vibration and harshness
Refining the experience from gear to ear
We follow the journey of noise and vibration to understand and improve how the vehicle transfers noise to passengers. The aim? Make the lack of a noisy combustion engine a benefit not a distraction. Without a combustion engine to hide behind, powertrain noise must be carefully optimised right from the start of development.
EXPLORE MORE ABOUT THIS EV SOLUTION: ROMAX
EV Challenge: Noise, vibration and harshness
Wind to ear
The search for improved aerodynamic performances should not compromise the final perceived quality and acoustic comfort of the driver. Like an orchestra benefits from the combination of different instruments families, our multidisciplinary solutions help compose a perfect sound balance.
EXPLORE MORE ABOUT THIS EV SOLUTION: ACTRAN
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