Flexible AC transmission system using TSR

The primary point of this undertaking is to at accomplish FACTS by utilizing TSR where represents Thyristor Switch Reactance. It is performed when there is extremely low burden at getting end while charging the transmission line. Because of the presence of low burden, little current moves through tr...

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Bibliographic Details
Main Authors: Ramu, T. Bhargava, Nikhitha, Aluka, Ramya, Sriram, Naveen, Gavalla
Format: Conference Proceeding
Language:English
Subjects:
Electric potential
Flexible AC power transmission systems
Inductors
Lead time
Microcontrollers
Reactance
Shunt reactors
Thyristors
Transmission lines
Voltage
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Summary:The primary point of this undertaking is to at accomplish FACTS by utilizing TSR where represents Thyristor Switch Reactance. It is performed when there is extremely low burden at getting end while charging the transmission line. Because of the presence of low burden, little current moves through transmission line so the shunt capacitance turns out to be more significant. Because of this voltage intensification or Ferranti Effect happens and the voltage at getting end expands twice when contrasted with the voltage at sending end. Thus to redress, we use shunt inductors which are naturally associated across the transmission line. To foster this venture it's anything but an operational speaker that creates driving time between zero voltage heartbeat and zero current heartbeat. Subsequently lead time is given to two interfere with pins of microcontroller of 8051 family. The customized microcontroller then conveys messages to shunt reactors for remunerating the voltage. Hence SCRs orchestrated in arrangement interfaced with microcontroller through optical segregation are utilized for exchanging reactor.
ISSN:0094-243X
1551-7616
DOI:10.1063/5.0130329