An Adaptive Control Scheme for Distributed Generators in Systems connected via Underground Cables

M. Aquib, A. S. Vijay, S. Doolla, M. Chandorkar
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Abstract

Stringent constraints on space and reliability in urban active distribution networks demand the need for routing power cables underground (UG). Such lines are predominantly capacitive in nature unlike the overhead cables (which are inductive). This work focuses on the use of an adaptive droop coefficient based control scheme with the L, C a nd R C droops applied to inverter based distributed generators (DGs) which are interconnected through UG cables. The focus is on improved proportional power sharing among the sources with different types of loads such as balanced, unbalanced, non-linear and constant power loads. The strategies have been validated using simulations in MATLAB/Simulink.
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地下电缆连接系统中分布式发电机的自适应控制方法
城市有源配电网对空间和可靠性的严格限制要求地下电缆布线(UG)。这种线路本质上主要是电容性的,不像架空电缆(是电感式的)。这项工作的重点是使用一种基于自适应下垂系数的控制方案,将L, C和R C下垂应用于通过UG电缆互连的基于逆变器的分布式发电机(dg)。重点研究了平衡型、非平衡型、非线性型和恒负荷型等不同负载源间的比例功率分配问题。在MATLAB/Simulink中进行了仿真验证。
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