SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD

This paper presents a new design for a surveillance and control system of a medium voltage cell. The accent is on the acquisition of information of the consumer’s state, the instantaneous current consumption, power and voltage apparent to the consumer. The proposed design is based on Wilke Tech...

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Main Authors: AGAPE C.P., KILYENI ST., BARBULESCU C.
Format: Article
Language:English
Published: University of Oradea 2015-12-01
Series:Journal of Sustainable Energy
Subjects:
Online Access:http://www.energy-cie.ro/archives/2015/nr_4/v6-n4-8.pdf
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spelling doaj-1d2c562357d64e25900d459b844632f92020-11-24T23:28:16ZengUniversity of OradeaJournal of Sustainable Energy2067-55342015-12-0164180183SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARDAGAPE C.P.0KILYENI ST.1BARBULESCU C.2Politehnica University TimisoaraPolitehnica University TimisoaraPolitehnica University TimisoaraThis paper presents a new design for a surveillance and control system of a medium voltage cell. The accent is on the acquisition of information of the consumer’s state, the instantaneous current consumption, power and voltage apparent to the consumer. The proposed design is based on Wilke Technology development board at its basis being a Tiny-tiger 2 Multitasking Microcontroller. This computer has 2 MByte or 4 MByte Flash for programming, and 1 MByte SRAM with backup input for data. On the software’s behalf we managed to create a Delphi Interface which communicates with the serial port on the development board. The interface takes information about the consumer and its capacity to load with voltage. http://www.energy-cie.ro/archives/2015/nr_4/v6-n4-8.pdfDelphi-interfaceHardware designSmart GridmicrocontrollerSCADAwithdrawable cell.
collection DOAJ
language English
format Article
sources DOAJ
author AGAPE C.P.
KILYENI ST.
BARBULESCU C.
spellingShingle AGAPE C.P.
KILYENI ST.
BARBULESCU C.
SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD
Journal of Sustainable Energy
Delphi-interface
Hardware design
Smart Grid
microcontroller
SCADA
withdrawable cell.
author_facet AGAPE C.P.
KILYENI ST.
BARBULESCU C.
author_sort AGAPE C.P.
title SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD
title_short SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD
title_full SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD
title_fullStr SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD
title_full_unstemmed SCADA SYSTEM SIMULATION USING THE TINY TIGER 2 DEVELOPMENT BOARD
title_sort scada system simulation using the tiny tiger 2 development board
publisher University of Oradea
series Journal of Sustainable Energy
issn 2067-5534
publishDate 2015-12-01
description This paper presents a new design for a surveillance and control system of a medium voltage cell. The accent is on the acquisition of information of the consumer’s state, the instantaneous current consumption, power and voltage apparent to the consumer. The proposed design is based on Wilke Technology development board at its basis being a Tiny-tiger 2 Multitasking Microcontroller. This computer has 2 MByte or 4 MByte Flash for programming, and 1 MByte SRAM with backup input for data. On the software’s behalf we managed to create a Delphi Interface which communicates with the serial port on the development board. The interface takes information about the consumer and its capacity to load with voltage.
topic Delphi-interface
Hardware design
Smart Grid
microcontroller
SCADA
withdrawable cell.
url http://www.energy-cie.ro/archives/2015/nr_4/v6-n4-8.pdf
work_keys_str_mv AT agapecp scadasystemsimulationusingthetinytiger2developmentboard
AT kilyenist scadasystemsimulationusingthetinytiger2developmentboard
AT barbulescuc scadasystemsimulationusingthetinytiger2developmentboard
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