Learn more about building or expanding hybrid powertrain HIL tests with OPAL-RT Technologies' solution during our upcoming webinar.

Electric Drive Test

Two engineers validate a 5G device

Model-Based Development Drives Productivity

Two engineers validate a 5G device

From model validation to field testing, and all phases in between, NI’s expertise in optimization through model-based development and test asset reuse is key to accelerating EV drive validation:

  • Increase test coverage and safety with FPGA-based vehicle simulation and electromechanical models
  • Transition seamlessly from model/signal-level to power-level/dynamometer testing, reusing IP through each phase
  • Address future needs through scalable measurements and extensible hardware 
  • Leverage data analytics throughout the development process to drive insights and make informed decisions  
A battery validation engineer modifies his workflow using NI's Battery Test System

FEATURED SOLUTION

Validating Traction Inverter Controllers

Traction inverter design and validation engineers need to test hybrid and electric vehicle inverters for software and electrical functionality at the signal level with a closed-loop simulator. By simulating vehicle dynamics, battery, and electro-mechanical models on NI FPGAs, the Inverter Test System provides more comprehensive inverter controller testing and reduces costly physical testing time.

Inverter Test System Diagram

Measurement rack containing a real-time controller running vehicle models, open FPGA module running inverter/motor models, measurement and communications I/O, and signal conditioning for fault insertion.

Innovate Faster

Open software enables parameterization of models from common third-party suppliers, including MathWorks Simulink® software, on NI FPGAs in real-time for vehicle, battery, electro-mechanical motor component simulation, and/or power electronics emulation.

Adapt to Changing Requirements

Flexible hardware scales with your requirements. Seamlessly add more measurement or control I/O, and quickly integrate NI or third-party power electronics hardware when moving from signal-level to power-level/eDyno testing.

Avoid Costly Downtime

Digital twin modelling of the test cell to simulate tests before introducing expensive power electronics capital equipment in order to avoid costly failures and maximize safety.

Mitigate Resource Constraints

NI offers a broad spectrum of services to help meet aggressive program schedules, whether it’s quick assistance over phone or email or longer-term support with on-site integration or development assistance.

Innovate Faster with NI Partners

From turnkey test systems to assistance getting started, NI Partners can help you meet your time-to-market goals quicker. NI’s global partner ecosystem includes subject matter experts in electric vehicle powertrain test. With their years of experience, your company can reach Vision Zero faster.

An NI partner helps a team of engineers configure their battery test system according to their test requirements