MT 8020 Simulator MT 8020 Simulator
Hardware | HIL
MT 8020 Simulator
New Power Supercomputing
Platform
  • CPU
    CPU
    8-Core Intel Xeon, Base Frequency of 3.8GHz
  • FPGA
    FPGA
    Xilinx KU115
  • Customized I/O
    Customized I/O
    Up to 96 digital inputs, 48 analog outputs
  • Fiber Optic Expansion
    Fiber Optic Expansion
    8-channel SFP+ 10Gbps
MT 8020 Simulator
MT 8020 Simulator

In recent years, with the accelerated pace of China's energy transition, the power electronics and high-frequency characteristics of the power system is increasingly prominent, the original simulation platform is faced with the problem of mismatch between the simulation capacity and engineering needs, ModelingTech, as a Chinese company mastering the cutting-edge core technology of real-time simulation, further iterative upgrading and exploration on the basis of the original products and technology, and has successfully developed the MT 8020 real-time simulator, a power supercomputing platform based on high-performance Intel Xeon CPU and Xilinx UltraScale FPGA. The MT 8020 real-time simulator is a power supercomputing platform based on Intel Xeon CPU and Xilinx UltraScale FPGA, which helps the simulation and testing of new energy inverters, multilevel converters, motor drive systems, microgrids, and other power and power electronic systems.

Detailed Highlights
  • CPU Real-time Simulation Capability With Power Supercomputing Performance

    Equipped with a 8-Core 3.8 GHz super CPU processor, with a single CPU core configured to support 35 three-phase nodes, 7 three-phase motors and 17 distributed parameter lines, thus realize the power supercomputing performance of the domestic real-time simulation platform.

  • Excellent FPGA Capability

    Equipped with next gen UltraScale KU115 technology, providing abundant logic resources and DSP Slices, which are suitable for high-performance parallel computation, thus ensuring the real-time simulation of large-scale power electronics power systems.

  • Abundant IO and Communication Interfaces

    Abundant IO channels and more flexible IO combination configurations, conducive to simulation testing in large-scale power electronics systems.

CPU Real-time Simulation Capability With Power Supercomputing Performance
Excellent FPGA Capability
Abundant IO and Communication Interfaces
Technical Parameters
Model
FPGA
Analog Input
  • Model
    MT 8020
  • Processor
    8-Core Intel Xeon, Base Frequency of 3.8GHz
  • Memory
    32GB DDR4 SDRAM
  • FPGA
    1,451K System Logic Cells, 75.9Mb Block RAM, 5,520 DSP Slices
  • Analog Output
    48 channels,,16bit,1MSPS,±10V
  • Analog Input
    16 channels,16bit,1MSPS,±10V
  • Digital Input
    96 channels,10MSPS,Wide Range of Voltages (2.8V~25V high, -25V ~ 0.8V low)
  • Digital Output
    32 channels,10MSPS,0~5V TTL
  • Communications Interface
    1 Gigabit Ethernet Port; 8-channel SFP
  • Dimension
    483mm*478mm*267mm(width*depth*height)
Application Scenarios
Renewable Energy
Renewable Energy

Wind Power Converter Test 

PV Inverter Test 

Power Conversion System Test

Renewable Energy
Renewable Energy

Wind Power Converter Test 

PV Inverter Test 

Power Conversion System Test

New Power System
New Power System

Microgrid Control

HIL  Digital

Physical Hybrid Simulation 

New Power System
New Power System

Microgrid Control

HIL  Digital

Physical Hybrid Simulation 

Multilevel Converter
Multilevel Converter

MMC

SVG
 

Multilevel Converter
Multilevel Converter

MMC

SVG

Motor Controller Test
Motor Controller Test

Electric Motor Drive Controller Test 

Traction Motor Test

Motor Controller Test
Motor Controller Test

Electric Motor Drive Controller Test 

Traction Motor Test

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