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In a hybrid AC/DC medium voltage distribution network, distributed generations (DGs), energy storage systems (ESSs), and the voltage source converters (VSCs) between AC and DC lines, have the ability to regulate node voltages in real-time.
The task of auto-drawing an SLD for distribution systems has been made complicated due to the introduction of distributed generations and multivendor distribution systems.
An increasing connection of distributed generations to the distribution network raises technical problems and brings planning rules to be no more optimal.
In a number of studies, the aspect of a managing reference power of distributed generations in the distribution system has been presented [7 9].
With the increased installation of renewable energy based distributed generations (DGs) in distribution systems, it brings about a change in the fault current level of the system and causes many problems in the current protection system.
Optimization methods have been used to find the optimal location and size of different devices such as capacitors, FACTS, and distributed generations, in power distribution systems [1, 2, 3].
As the integration of distributed generations (DGs) transforms the traditional distribution network into the active distribution network, voltage stability assessments (VSA) of transmission grid and distribution grid are not suitable to be studied separately.
Medium voltage distribution networks with high penetrations of distributed generations (DGs) are facing the challenge of nodal voltage regulations.
With the technology of renewable generation becoming mature, the penetration of distributed generations (DGs) connected to the distribution network is growing rapidly.
This paper proposes a dual genetic algorithm based approach to evaluate the maximum allowable capacity of distributed generations (DGs) connected to a distribution grid.
With flexible operational mode and environment-friendly features, more and more distributed generations are integrated into the distribution network, which brings benefit on the carbon reduction of distribution system [20].
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