eEEP2000 is the modular experimental equipment for power electronics and motor driving control. It is a multifunctional device designed for students majoring in Electrical Engineering. Its hardware and software resources are fully open to customers. So the equipment can be used for basic experiments, pre research and secondary development and so on.

Characteristic

  ★ Functional Modular Design
    Split-type modular design and different independent functions are adapted in the equipment . Experiments of power electronics and motor driving control can be combined and realized easily .
  ★ Transparent Module Design
    All circuit components are modular and visible. Different circuits and systems can be customized based on abundant interface resources. Some important parameters can be set to meet the needs of different performance requirements.   ★ Digital Control Design
    Some modern control technology and industrial devices are realized in the equipment. High real –time performance and reliability are its main targets in application.
◆ Digital Control
   Control—TMS320F2812/TMS320F28335 are used to realize the control algorithm of the system.
◆ Powerful Software
   During system operation, the control parameters, the measurement data, and the output waveforms can be displayed in real-time.
◆ Network Experiment
   Experiment—Network module and application software have been developed to realized the equipment remote control.

Teaching demonstration experiment effect of Beijing University of Technology

◆ Semi-physical Simulation
   Many simulation software, such as PSIM, MATLAB, can be applied on the equipment. Simulation results can be compared with the operating process easily.
◆ Personalized customized service
   For different colleges or universities, according to different requirements , offline service or online support can be provided.
◆ Electrical Machine
   DC Motor, AC Asynchronous Motor, Brushless DC Motor, and Permanent Magnet Synchronous Motor.
◆ Open Hardware & Software resources
    All modules, including the circuit diagram, functional features and technical indicators are open.
    All source codes are open.
    Based on open hardware interface, measuring points can be accurate to each circuit unit. So it is very convenient to connect the external measuring instruments.
◆ New feature customization Sevice
   Based on the existing equipment, new functional modules can be customized to complete new experimental tasks and application performance.

Xi 'an Jiaotong University

Xi 'an University of Technology

Qingdao University