Maximizing energy required to move a vehicle through HPC-driven engineering.
Using HPC to solve massive CFD models. Minimizing air resistance is the key to maximizing range and fuel economy.
Simulating fuel spray and flame propagation at high resolution to ensure maximum energy extraction from every drop of fuel.
HPC-driven topology optimization calculates the ideal material distribution to reduce vehicle weight without sacrificing strength.
Keeping EV components in the ideal thermal range through complex simulations to prevent energy drain and maximize overall range.