
MT 6030-2 real-time simulator is a research-grade real-time digital simulator independently developed by ModelingTech, equipped with domestically manufactured CPUs. It supports full-timescale simulation spanning nanosecond (ns) to millisecond (ms) levels, covering diverse application scenarios including power electronics, motor drives, and new power systems. The platform facilitates rapid validation of control algorithms, testing of fault operating conditions, and acquisition of experimental waveforms, drastically boosting efficiency in pre-research of new products, control algorithm optimization, product iteration, and post-development testing.
Equipped with high-performance domestic CPUs, it supports parallel simulation across multiple CPU cores, enabling customers to simulate a large number of renewable energy converter devices in new energy power stations.
Abundant logic resources support microsecond-level real-time simulation of standalone equipment such as PV and wind turbines, accurately reproducing actual equipment operating conditions.
Configurable high-speed digital inputs and analog outputs at 5 MSPS facilitate power electronics simulation applications under high switching frequencies.
It enables high-speed parallel simulation of the simulator to meet large-scale simulation computing requirements for new energy power stations; it supports hardware-in-the-loop (HIL) simulation with multilevel controllers via fiber optic connections.





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