MT 6060-5 Simulator|ModelingTech

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PV Inverter Testing

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Electric Motor Drive Controller Testing

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Modular Multi-level Converter(MMC) Real-time simulation

High Voltage Converter (HVC) Real-time simulation

Static Var Generator (SVG) Real-time simulation

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Professor Cai Xu appointed as Technology Advisor of ModelingTech

To support the further development of the company, ModelingTech has invited Professor Cai Xu to serve as its technical advisor. Professor Cai will provide guidance on the latest research and industry direction in power electronics to assist in ModelingTech's technological advancement.

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About ModelingTech Product Users Join Us Global Sales Partners

About ModelingTech

ModelingTech Energy Technology Co., Ltd. was founded in 2011, focusing on real-time simulation and rapid control prototyping in electric power, new energy, electrified transportation and other industries.

Product Users

To enhance the research capabilities and product development efficiency of over 100 universities, enterprises, and research institutes

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Sincerely invites you who are interested in the 'high-precision and advanced' technology field and have creativity, and is willing to work with you to achieve the globalization and application of domestically produced real-time simulation technology!

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ModelingTech is looking for partners to introduce our HIL products to global researchers and engineers, to help them tackle the challenges of power electronics research and testing.

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Hardware | HIL

MT 6060-5 Simulator

Industrial Platform

CPU

6 Cores @ 3.2 GHz
FPGA

1451K Logic Cells, 75.9 Mb Memory Resources
Customized I/O

96 Channels DI, 32 Channels 5 MSPS AO
Fiber Optic Expansion

16-Channel SFP+

Hardware | HIL

MT 6060-5 Simulator

Product Overview
Detailed Highlights
Technical Parameters
Application Scenarios

Contact

MT 6060-5 Simulator

The MT 6060-5 Real-Time Simulator is a new-generation industrial real-time simulator independently developed by ModelingTech Energy Technology, equipped with powerful CPU and FPGA. It shares the identical hardware architecture with ModelingTech’s flagship MT 8060 platform, serving as a cost-effective choice for users who require both CPU and FPGA simulation performance simultaneously.

Detailed Highlights

High-Performance FPGA

Abundant logic resources support microsecond-level real-time simulation of large-scale power electronic device systems.
16-Channel SFP+ Fiber Expansion

Enables high-speed parallel computing between simulators to meet advanced testing demands for multilevel systems and multi-device cascading.
Ultra-High-Speed I/O, 5 MSPS AO
Compatibility with Industrial Communication Protocols including GOOSE

Supports industrial communication protocols such as Modbus TCP/RTU, CAN, Ethernet TCP/UDP, GOOSE and Serial.

Compatibility with Industrial Communication Protocols including GOOSE

Technical Parameters

Model

MT 6060-5
Processor

6-core, 3.2 GHz base frequency
Memory

32 GB DDR4 SDRAM
FPGA

1451K Logic Cells, 75.9 Mb Memory Resources
Analog Output

up to 64 / 48 channels
Analog Input

up to 16 channels, 16-bit resolution, 4 MSPS, ±10 V
Digital Input

up to 96 channels
Digital Output

up to 16 channels of 5 V TTL; 16 channels of externally powered signals
Communication

Modbus, Ethernet, Serial, CAN/CAN-FD, GOOSE, IEC 104, EtherCAT
Fiber Interfaces

16 × SFP+
Dimension

480 mm (L) × 533 mm (W) × 222 mm (H)

Application Scenarios

New Energy Converters Simulation

Wind power converter simulation
PV inverter simulation
Multi-inverter parallel testing

New Energy Converters Simulation

Wind power converter simulation
PV inverter simulation
Multi-inverter parallel testing

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Energy Storage System Simulation

PCS simulation for energy storage
HV direct-connected energy storage system testing
Pumped storage power simulation

Energy Storage System Simulation

PCS simulation for energy storage
HV direct-connected energy storage system testing
Pumped storage power simulation

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New Energy Power Station Simulation

Power station power coordination controller simulation
Simultaneous multi-controller HIL
Real-time full-scene digital twin reproduction of new energy power stations

New Energy Power Station Simulation

Power station power coordination controller simulation
Simultaneous multi-controller HIL
Real-time full-scene digital twin reproduction of new energy power stations

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New-type Power Systems (Microgrids)

Source-Grid-Load-Storage Integrated Microgrid
PHIL
Real-time simulation system for green hydrogen microgrids

New-type Power Systems (Microgrids)

Source-Grid-Load-Storage Integrated Microgrid
PHIL
Real-time simulation system for green hydrogen microgrids

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Multilevel Devices HIL

Cascaded Static Var Generator (SVG)
HV direct-connected energy storage
HV frequency converter simulation
MMC

Multilevel Devices HIL

Cascaded Static Var Generator (SVG)
HV direct-connected energy storage
HV frequency converter simulation
MMC

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Electrified Transportation Simulation

Automotive electric drive controller
Traction drive system simulation

Electrified Transportation Simulation

Automotive electric drive controller
Traction drive system simulation

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