POWER SYSTEM & MICROGRID
Power System&Microgrid
Real-Time Simulation Solution
Power system&Microgrid
The spatial and temporal distribution of electricity in country is uneven, and the generation output of renewable energy sources is characterized by randomness and volatility. This has led to unprecedented security challenges for the large-scale integration of renewable energy into the power system. The novel power systems have higher requirements for flexible regulation and secure stability support, necessitating coordination among multiple technologies, industries, and systems. Real-time simulation technology, as an advanced and core testing method in the research of power systems, can accurately simulate and model system topologies at different levels, providing secure, efficient, and comprehensive experimental coverage. It has been validated through closed-loop verification by numerous well-known scientific research institutions, making it the preferred platform for research on novel power systems and microgrids.
Solution Class
Renewable Energy Farm Simulation
Renewable Energy Farm Simulation
Renewable Energy Farm Simulation
Renewable Energy Farm Simulation

With the national energy green low-carbon transition, domestic industrial policy guidance and new technology progress, the renewable energy industry has entered a booming stage. At present, several 100 MW renewable energy farms have emerged in the three major energy bases of China's northern, northwestern and southwestern regions. With the increasing number and capacity of renewable energy farms, the engineering and academic communities are also interested in the modelling and simulation of 100 MW renewable farms, as well as the impact of renewable energy farm access on the power grid.

Microgrid Research
Microgrid Research
Microgrid Research
Microgrid Research

Due to the flexible structure and diversified composition of microgrids, the traditional way of building a small power physical system has been greatly tested in terms of its safety, economy and flexibility of scientific research. The microgrid research platform based on real-time simulation has the flexibility of model construction and real-time simulation, and the authenticity of closed-loop operation with corresponding physical signals, and at the same time, it has the incomparable advantages of the traditional low-power system for the complex working conditions, hazardous experiments, and testing of new system structure.

Power Hardware in the Loop (PHIL) Testing
Power Hardware in the Loop (PHIL) Testing
Power Hardware in the Loop (PHIL) Testing
Power Hardware in the Loop (PHIL) Testing

Power hardware in the loop testing is an extension of signal-level real-time simulation to the power level through the combination of a real-time simulator, a power amplifier and a device to be tested. It can be used to test real power devices, such as energy storage devices, photovoltaic devices, wind turbines and other power devices, and has the characteristics of flexible transformation of system topology and simulation of a variety of grid fault conditions.

Green Hydrogen Microgrid Simulation
Green Hydrogen Microgrid Simulation
Green Hydrogen Microgrid Simulation
Green Hydrogen Microgrid Simulation

The green hydrogen microgrid system consists of photovoltaic distributed power supply, lithium battery storage system, hydrogen fuel cell, electrolysis tank, hydrogen storage tank and loads, creating a light hydrogen storage microgrid energy supply system in the park, and constructing a green, low-carbon and environmentally friendly application scenario for the park in the new era. The electrolysis tank generates hydrogen to be stored in the hydrogen storage tank; the loads include fixed loads, dynamic loads and charging piles.

概览1
System Schemes
概览1
  • 01

    Research on the underlying core control of inverter level based on Hardware-in-the-Loop (HIL) real-time simulator.

  • 02

    Simulation of large-scale renewable energy power plants based on a novel power supercomputing platform.

  • 03

    Energy management of microgrid master control algorithm based on RCP.

  • 04

    Subsystem control of microgrids based on RCP.

Highlights
Cover most research directions of microgrids for users.
Cover most research directions of microgrids for users.
Adopting semi-physical simulation research methods allows researchers to focus on energy dispatch. It accelerates the development progress by conducting research on various aspects such as control algorithms for inverters and system stability.
It can achieve large-scale station-level simulation.
It can achieve large-scale station-level simulation.
The ability for devices to perform multi-machine parallel simulation and CPU to perform multi-core parallel simulation makes it possible to simulate large-scale station-level scenarios. This capability assists in studying the impact of integrating new energy stations into regional power grids.
Support popular industrial communication protocols.
Support popular industrial communication protocols.
Support Modbus, CAN, and serial communication. This facilitates the simulation of data communication processes between different devices in real-world applications.
Cover most research directions of microgrids for users.
It can achieve large-scale station-level simulation.
Support popular industrial communication protocols.
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Industrial Users
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