A Bayesian network to model a universe of possible drives of residential electrical loads

Riechel, T. L.; Severo, S. L. S.; Fanco, Denis Teixeira

doi:10.1109/sbse.2018.8395908

Cited by 1 publication

(2 citation statements)

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“…The transformer iron, eddy current, conductor and Ohmic losses are part of the electrical losses in the system. Transformer losses are divided into two parts: Discharge Loss and Pressure Loss [10]. The discharge loss is generated by the energy required to keep the core flowing constantly and as the load of the transformer changes, depending on the load, the resistance loss of the coil conductor will produce a voltage drop [11].…”

Section: Technical Lossesmentioning

confidence: 99%

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Impact of Load Factor on Distinct Feeders of 132/11 kV Grid Station in Distribution Network

Koondhar

2021

SSURJ

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This study involves a discussion of power load factors, which are important terms for power systems. The advanced load factor is suited to the power system from the power consumption site to the power station and has been studied for various feeders as Tube well, New Petaro, LMC, OCF-I, OCF-II, Old Petaro and Allama I.I Qazi of 132/11 kV grid station Jamshoro. What needs to be researched is the relatively low load factor; due to the load factor, Hyderabad Power Supply Company faces many problems such as transformer tripping, conductive heat up equipments, breakdown of insulation & reactive power failure, all of which are bad main cause of distribution system. To analyse the load impact on the distribution losses of the 07 feeders on the 132/11 kV gird station during collection & to investigate the power loss caused by load factor, the calculated peak power & minimum load data loss sources at distinct load times. After analysis, it is proved that reducing peak load to minimize peak demand and minimum load during peak period, increase b/w average load during bed period and stabilize the power distribution system to improve load factor and increase unit load factor savings are done.

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Section: Technical Lossesmentioning

confidence: 99%

“…No need to enter LFs for the sale of public tube wells and traction in medium/large industries power. The power and electricity consumption of this survey can be explored in two industries [8][9][10]. Most demand readings are directly related to industry and demand meter tube-wells [24].…”

Section: Impact Of Load Factor On Distribution Lossesmentioning

confidence: 99%

Impact of Load Factor on Distinct Feeders of 132/11 kV Grid Station in Distribution Network

Koondhar

2021

SSURJ

View full text Add to dashboard Cite

show abstract

A Bayesian network to model a universe of possible drives of residential electrical loads

Cited by 1 publication

References 1 publication

Impact of Load Factor on Distinct Feeders of 132/11 kV Grid Station in Distribution Network

Impact of Load Factor on Distinct Feeders of 132/11 kV Grid Station in Distribution Network

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