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Network fault monitoring in Grid
2011 Third International Conference on Advanced Computing, 2011Grid resources having heterogeneous architecture being geographically distributed and interconnected via unreliable network media are at the risk of failure which proves the need for an efficient fault monitoring framework. The traditional network fault monitoring systems based on the centralized client/server architecture have limited efficiency and ...
C. Valliyammai +4 more
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Fault Diagnosis for Smart Grids in Pragmatic Conditions
IEEE Transactions on Smart Grid, 2016Due to the advancements of electrical networks, the operators are able to employ a gamut of information for assessing the state of the infrastructure facilitating diagnosis of potential malfunctions appearing in one or more components of the grid.
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2007
Development of tools that assist efficient computing in a distributed environment is a challenging problem in modern and future Grid systems. A registry that aids searching for information about existing components of distributed applications belongs to this class of tools.
Marek Kasztelnik +4 more
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Development of tools that assist efficient computing in a distributed environment is a challenging problem in modern and future Grid systems. A registry that aids searching for information about existing components of distributed applications belongs to this class of tools.
Marek Kasztelnik +4 more
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Grid Faults and Component Failures
2011The Chapter describes grid faults; mainly short circuits and trips of big generators. These common faults or credible events affect system stability and security. The Chapter also discusses component failures, their causes and the calculation of failure rate estimates and unavailabilities. Fault and failure statistics are briefly described, too.
Liisa Haarla +3 more
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Grid forming fault ride-through capability under asymmetrical and symmetrical grid faults
IET Conference Proceedings, 2023N. A. Hidayatullah +3 more
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Review of protection and fault handling for a flexible DC grid
Protection and Control of Modern Power Systems, 2020Yin Xu, Yiping Luo, Meng Li
exaly
Fault Ride-Through Control Strategies of Grid-Forming Inverters Under Grid Faults
Grid-forming (GFM) inverters are increasingly deployed in modern power systems due to their strong voltage and frequency support capabilities, as well as their high robustness in weak grids. However, unlike traditional synchronous generators with high overcurrent tolerance, GFM inverters can only withstand 1 to 1.5 per-unit of their rated current due ...openaire +1 more source

