dSPACE implements visions in the field of e-mobility quickly and reliably, because we have long been familiar with the special requirements of electric drives. For the development and testing of electric motors, energy storage devices and charging infrastructures, we offer customers all over the world an innovative, scalable tool chain – from a single source. This is how e-mobility becomes an actual alternative even faster.
dSPACE Automotive Simulation Models (ASM) are a tool suite that consists of simulation models for automotive applications which can be combined as needed. The models support a wide spectrum of simulations, ranging from individual components such as combustion engines or electric motors, to vehicle dynamics systems, to complex virtual traffic scenarios.
Electrical Power Systems Simulation PackageThe dSPACE Electrical Power Systems Simulation Package allows real-time simulations of electrical models developed in Simscape Electrical™ (Specialized Power Systems).
VEOSVEOS is a PC-based simulation platform for validating the software of electronic control units (ECUs) at early stages of the development process.
dSPACE offers tailored solutions for efficiently testing onboard chargers of electric vehicles and their behavior when they are connected to different simulated charging stations.
HIL Tests for Battery Management SystemsFor realistic tests of battery management systems, dSPACE offers tailored hardware that supplies continuously adjustable voltages and simulates cell voltages and temperatures with high precision.
HIL Simulation for Electric MotorsdSPACE products are suited for testing a wide range of electric motor controllers that require high precision for simulating higher fundamental frequencies and stability.
dSPACE products offer comprehensive support for developing electric power industry applications – from controller design and rapid control prototyping to controller implementation and controller tests.
Power Electronics and Electric Drive TechnologydSPACE offers comprehensive support for electric motor applications – from controller design and rapid control prototyping to controller implementation and controller tests.