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A Reactive Multi-agent System for Self-healing in Smart Distribution Grids | IEEE Conference Publication | IEEE Xplore

A Reactive Multi-agent System for Self-healing in Smart Distribution Grids


Abstract:

In general, conventional power distribution systems lack communication and automation capabilities, making almost impossible the provision of features where self topology...Show More

Abstract:

In general, conventional power distribution systems lack communication and automation capabilities, making almost impossible the provision of features where self topology reconfiguration is necessary. This scenario can be changed through the emergence of smart grids technologies, where those capabilities are mandatory. An example of feature possible by smart grids technology is the "self-healing", in other words, the automatic loads restoration of the grid affected by a fault. This paper describes and models a reactive multi-agent system based in smart grid characteristics to provide the self-healing feature. Following a sequence of steps, the modeled multi-agent system managed to perform the network reconfiguration in a decentralized manner, using the tie lines available in the grid. To validate the proposal, 20 different computational simulations scenarios were implemented for two test systems - 33 and 119 bus - defined in the literature. The obtained results presented and discussed in this paper ensure that the approach worked as expected.
Date of Conference: 28 June 2021 - 01 July 2021
Date Added to IEEE Xplore: 09 August 2021
ISBN Information:
Conference Location: Kraków, Poland

References

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