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Accelerate testing of controls for electric power converters with hardware-in-the-loop (HIL) simulation

www free slots,The trend towards renewable energy sources drives the need for efficient power electronics converters. Applications range from connecting distributed energy sources to the grid to electric propulsion and motion control. The development and testing of controllers for such applications can be time-consuming, expensive, and hazardous when using physical prototypes.

With the real-time simulation of power electronics, you can test power converter controllers faster and more safely, all while ensuring all functional, safety, and certification requirements. Set up such power electronics HIL simulation with Simulink® and Speedgoat, as follows:

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  • Access more than a thousand electrical modeling components and examples in Simulink and Simscape Electrical™. Reuse power electronics models from desktop simulation to real-time at different levels of fidelity in the same Simulink environment
  • Extend your plant model with ready-to-use I/O driver blocks, capture high-frequency signals such as PWM from your controller, generate feedback signals such as quadrature encoder or resolver, and communicate over protocols such as SPI, I2C, EtherCAT, or CAN  
  • Monitor real-time signals including ripples and switching harmonics directly out of Simulink (on the CPU or FPGA)
  • Execute Simulink and Simscape Electrical models on multicore CPUs or FPGAs. Include switching dynamics for switching frequencies up to hundreds of kHz. Simulate state-of-the-art wide band gap semiconductors on FPGAs and reach simulation time steps below one microsecond and a resolution of PWM switching signals as low as 4ns with FPGAs  
  • Add more FPGA I/O modules to the system as your application grows, increasing the computational power and the number of I/O channels resources. The module can be interlinked through an Aurora high bandwidth low latency link

Speed-up control development of DC-DC converters using real-time testing. Take advantage of ready-to-use examples from the library, such as buckboost, or SEPIC converters. Include switching in the range of hundreds of kHz for state-of-the-art wide bandgap semiconductors for both controls and HIL testing.

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Model energy sources such as power cells or wind turbines, inverter, and utility grids in Simulink and Simscape Electrical. Test control hardware for solar inverters, grid-tied inverters or grid-forming inverters using HIL testing,european roulette online free game . Thoroughly test firmware and ensure grid code compliance against weak grid conditions, fault conditions and other extreme scenarios. Explore interference and grid stability when connecting multiple converters to a local grid.

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Test your electric drive controller safely using HIL testing with digital twins. Model your electric drive with inverter and electric motor blocks in Simulink or Simscape Electrical. Capture PWM signals from your controller as input to the plant model. Feedback current measurement signals and emulate motor position sensors such as quadrature encoder or resolver.,poker multiplayer with friends online

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Develop modular multi-level converters (MMC) with Simscape Electrical blocks to run on high-performance CPUs. Perform HIL simulations of detailed MMC converters with hundreds of switching devices,poker online poker . Interconnect multiple real-time systems with the lowest latency links for even larger topologies. Analyze current ripples and power quality. Perform fault analysis safely and test any operating condition.

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