To address the non-ideal grid conditions, such as grid impedance uncertainty and grid voltage interference, etc., a research team led by Professor Li Guojie and Wang Keyou from Shanghai Jiaotong University has proposed the design of a robust current controller for three-phase grid-tied inverter based on filtered tracking error.
Shanghai Jiao Tong University – Robust Current Control of Grid-Tied Inverters for Renewable Energy Integration Under Non-Ideal Grid Conditions
The research team of the Energy Research Institute of the Hefei University of Technology has proposed a coordinated control algorithm of voltage unbalance compensation in islanded microgrid.
Hefei University of Technology - Coordinated Control of Voltage Unbalance Compensation in Islanded Microgrid
The use of real-time simulation doubly-fed wind turbine system, combined with professional mechanical modeling software, helps customers successfully complete the teaching and scientific research of the new energy system.
North China Electric Power University - DFIG Hybrid Electro-mechanical Simulation Platform
ModelingTech Energy Technology uses StarSim Simulation software and PXI hardware system to build up Mirco-Grid real-time simulation system, which can simulate the micro-gird system running and contain a micro-grid main controller simulator running as the energy management system. The main controller and the micro-grid simulator use Modbus protocol to communicate with each other.
South China University of Technology - Micro-Grid Simulation and EMS Control System
The end user leverages MT6000 real-time simulation platform, which is connected to the real inverters and programmable DC source through the power amplifier, to research the influence of the control strategy of grid-connected inverter on the power grid.
Northeast Electric Power University - PHIL Simulation System
The micro-grid simulation laboratory based on the real-time simulator, combined with the respective advantages of real physical devices and real-time simulators, helps customers study the operation of the micro-grid island and the main grid.
NJUPT - Digital and Physical Co-Simulation of Microgrid
The complete universal power electronic system teaching and scientific research platform based on HIL and RCP real-time simulation system helps students to understand the experimental environment of power electronics knowledge safely, conveniently and effectively. Verification, to the entire development process of physical construction.
Tsinghua University - HIL and RCP System
The control of double-fed wind power system includes the no-load excitation control and the maximal wind power tracking control.
Shanghai University of Electric Power - Double-fed Wind Power Control System
It forms a closed-loop real-time digital simulation platform with the APF controller, which avoids the problems of long real system construction period and prone to "exploder" during the test. It is an ideal choice for studying control strategies.
Wuhan University of Technology--APF Controller HIL Testing
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