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Make 👏🏻 This 👏🏻 Into 👏🏻 A 👏🏻 Giant 👏🏻 Beach 👏🏻 Towel 👏🏻 pic.twitter.com/k3IRbi695Q

— porn gum (@pseudospiral) September 16, 2020

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In order to combine the Proton-ion exchange membrane (FCM) with a battery into a distribution network, this paper presents a fuzzy logic-based controller. The provided system provides basic frequency control and local bus voltage support for the local network. This is in contradiction with the current pseudospiral generation that does not provide any peripheral services; such as backup power, voltage support, and source reliability, since they work at all times in an equal power factor. During network disturbances, dispersed products are discarded until a natural condition recurs. When the penetration of distributed products is high, this can lead to instability. The concept of microelectronics is an effective way to control and improve the quality of networks with a high level of DG penetration. Therefore, the provided system can also be a controlled active micro-active source from a future grid that co-operates with other micro-resources to cover local active and reactive power demand in both network-connected and island-operated mode. In this case, when the network The distribution (which works as Grid Grid) is supposed to work in an island state, the hybrid system responds to active and reactive power demand. Here, the fuel cell system connects to a weak distribution network in order to monitor system performance in the worst case conditions. The simulation results with the help of MATLAB software were obtained under a dramatic change in load, when the network is still connected, and when it works in an islet state. In both systems, the system performs well.