MT 6020 Simulator MT 6020 Simulator
Hardware | HIL
MT 6020 Simulator
Basic Research Simulation Platform
  • CPU
    CPU
    ARM Cortex-A9 800MHz
  • FPGA
    FPGA
    ZYNQ-7100
  • Customized I/O
    Customized I/O
    64DI,24AO
  • Fiber Optic Expansion
    Fiber Optic Expansion
    4-channel SFP+ 10MSPS
MT 6020 Simulator
MT 6020 Simulator

MT 6020 utilizes FPGA as its computing core and can simulate controlled objects with a step size as small as 1μs. It creates a safe and convenient experimental testing environment for users in the electric power and energy industries, assisting in the quick verification of control algorithms, testing under fault conditions, and obtaining experimental waveforms. With just three steps, users can easily get started and significantly improve the efficiency of new product technology research, control algorithm optimization, product iteration, and post-testing.

Detailed Highlights
  • New Self-developed Hardware Architecture

    A brand-new self-developed hardware architecture based on the ZYNQ-7100 SOC chip, equipped with dual-core ARM CPU and a large-capacity FPGA chip. It is accompanied by a power electronics small-step real-time simulation solver that has been researched and optimized for many years, enabling single-machine support for larger-scale power electronic systems. Additionally, it is equipped with fiber optic interfaces, facilitating multi-machine parallelization. This provides research and testing personnel with a powerful power electronics semi-physical simulation system, enabling scientific research innovation.

  • Optical Fibre Synchronous Cascade

    It supports synchronous cascading of optical fibres to achieve parallel simulation of multiple FPGAs, and makes use of the ultra-low latency of optical fibre signal transmission to improve the accuracy of model segmentation and parallel simulation, so that it is not afraid of the challenge of large-scale simulation of power electronic systems!

  • Powerful High-speed Fibre-optic Parallel Expansion

    Support high-speed optical fibre expansion, 8-way SFP+, to meet the higher requirements of equipment manufacturers for large system testing, multi-device cascade testing.

New Self-developed Hardware Architecture
Optical Fibre Synchronous Cascade
Powerful High-speed Fibre-optic Parallel Expansion
Technical Parameters
Model
FPGA
Dimension
  • Model
    MT 6020
  • Processor
    Dual-core ARM Cortex-A9,Clock Speed 800MHz
  • Memory
    2GB DDR4 SDRAM
  • FPGA
    444K logic units, 26.5Mb chip memory, 2020 DSP Slices
  • Analog Output
    24 channels,16bit,1MSPS,土10V
  • Analog Input
    16 channels,16bit,1MSPS,土10V
  • Digital Input
    64 channels,10MSPS
  • Digital Output
    16 channels,10MSPS,0~3.3V TTL
  • Communication Interface
    Ethernet*2;4-channel fiber interconnection expansion port
  • Dimension
    280mm*310mm*132mm(width * height * depth)
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

Related Customers
University Users
Industrial Users
×
Register
  • Click to getcode
×
未发现您的账号,现在进入用户注册页面
登录
是否为远宽能源产品用户
×
Login
  • 手机号错误
  • Click to getcode
Contact Form