supported by the National Natural Science Key Foundation of China(No.51937001);in part by the Fundamental Research Funds for the Central Universities(No.2023CDJXY-029)。
The voltage source converter based multi-terminal high-voltage direct current(VSC-MTDC)system has attracted much attention because it can achieve the interconnection between AC grids.However,the initial phases and sho...
supported in part by the National Natural Science Foundation of China under Grant 52377119 and U22B20109.
To achieve the goal of carbon neutrality,renewable energy integration through a voltage source converter based multi-terminal direct current(VSC-MTDC)system has been identified as a promising solution.To tackle the si...
海上风电场将朝深远海、集群化方向发展,多端柔性直流输电技术(voltage source converter based multi-terminal direct current,VSC-MTDC)对远距离、大规模海上风电接入系统表现出明显优势,因此有必要对海上风电场集群VSC-MTDC组网优...
supported by the National Key R&D Program of China(No.2022YFB2402700).
Frequency regulation of voltage source converter-based multi-terminal high-voltage direct current(VSC-MTDC)system with offshore wind farms enhances the frequency stability by compensating the power for a disturbed AC ...
真双极多端柔性直流输电(voltage source converter based multi-terminal direct current,VSC-MTDC)新能源侧换流站正、负极换流器可独立控制。针对定交流电压幅值频率控制(U/f控制)换流器发生故障,将定有功无功控制(P/Q控制)换流器的...