Model
Accurate system models and simulation workflows.
- Motor, inverter, and energy-system models
- Thermal and efficiency modeling
- System-level integration
Digital TwinMotor ControlSimulation
Simulate Electric Propulsion. Compare What Matters.
Configure motor, inverter, battery, and controller models from component data. Compare suppliers, explore operating conditions, and move from fast average models to detailed switching simulation—all in one MATLAB-based workflow.
System Model
Simulation
Control Analysis
Validation
Motor speed6,000 rpm
Torque42.0 Nm
Efficiency94.2%
Three-phase currentBalanced three-phase current · 120° separation
● Phase U● Phase V● Phase W
Design-space sweepMotor × inverter variants
Simulation fidelityMatch detail to the task
Fast screening → Detailed analysis
Illustrative interface · values are placeholders, not performance claims
SIMULATION CAPABILITIES
A Generalized Digital Twin for Electric Propulsion Systems
One adaptable modeling and simulation approach—from small electric motors and robotic actuators to high-power propulsion systems for automotive and aerospace.
Analyze
Understand performance and control strategies.
- Transient and steady-state analysis
- Control algorithm evaluation
- Efficiency, thermal, and stress analysis
Validate
Connect simulation workflows to real-time testing.
- Real-time model execution
- Controller integration and testing
- HIL and system validation support
Adapt
Configure the model around the system and application.
- Low- to high-power systems
- Multiple motor and converter types
- Application-specific fidelity
APPLICATIONS
One Platform. A Wide Range of Electric Systems.
From e-bikes and robotic actuators to automotive and aerospace, the digital-twin approach scales to different architectures and performance needs.
Aerospace
Electric aircraft and advanced air mobility.
Automotive
High-performance electric drivetrains.
Robotics
Electric actuators and coordinated motion systems.
Light Electric Vehicles
E-bikes, scooters, and small electric motors.
OUR PROCESS
A Structured Approach to Simulation and Validation
A collaborative workflow tailored to your system architecture, engineering questions, and validation goals.
Understand
Define requirements, interfaces, and objectives.
Model
Develop and integrate the system model.
Analyze
Evaluate behavior and control strategies.
Validate
Support real-time simulation and HIL workflows.
REPRESENTATIVE SIMULATION
From System Model to Insight
A unified digital-twin environment to model, simulate, and analyze electric propulsion systems. Evaluate system behavior, explore control strategies, and study performance across different applications.
Discuss Your SystemIllustrative diagram and responses, not measured product results.
ENERGY SOURCEBattery / DC source
DC LINK
THREE-PHASE INVERTER3 legs · 6 switches · U / V / W
ELECTRIC MOTORMotor / mechanical load
Three-phase current
UVW
Speed response
DC-link voltage
ABOUT POWER DIGISIM
Built around the system, not one application.
Power DigiSim is developing a digital-twin platform to help engineering teams model, analyze, and validate electric propulsion systems across different architectures, motor types, scales, and operating requirements. The platform is in development; project scope and deliverables are defined individually.
Talk with our teamLET'S BUILD TOGETHER
Working on an Electric Propulsion Challenge?
Discuss your simulation requirements with Power DigiSim and explore how a digital-twin approach can support your project.
support@powerdigisim.comYour inquiry will be sent to our team. We typically respond by email.