Research and Modelling Adaptive Management of Hybrid Power Supply Systems for Object Telecommunications based on IoT

Khujamatov, Khalimjon; Khasanov, Doston; Reypnazarov, Ernazar

doi:10.1109/icisct47635.2019.9011831

Cited by 35 publications

(8 citation statements)

References 2 publications

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“…The Arduino MEGA board is integrated with the Atmega2560 microcontroller (Fig. 4.b) [24]. These boards are equipped with a set of digital and analogue input/output pins, which allow us to connect to various expansion boards and other circuits.…”

Section: Controller Device Units (Arduino Uno/mega)mentioning

confidence: 99%

“…Hall effect sensors can measure and control DC current, AC current, and pulse current. In addition, they have reliable electrical insulation, stand out with a wide range of frequencies, and do not emit heat [5], [22], [24], [27][28].…”

Section: Current Sensormentioning

confidence: 99%

“…To convert high voltage to low voltage, the Atmega microcontroller control unit receives a voltage signal of up to 5 V. From their common endpoint, a small voltage signal is transmitted to the control unit of the Arduino board. The small voltage signal is converted to numerically accurate value using a special formula in the program [5], [22], [24], [27], [29]. The imitation model uses two voltage sensors.…”

Section: Voltage Sensormentioning

confidence: 99%

“…The characteristics of these sensors are mentioned above. They usually serve to determine the condition of the solar panel's installed location (such as the temperature of the solar panel, dust on the surface, and ambient humidity), the amount of energy the solar panel produces, the amount of battery charge, and energy consumed by telecommunications facilities [2], [22][23][24]. Defined parameters are transmitted to the monitoring center using the ZigBee/Xbee wireless network module.…”

Section: Designed Structures Of the Monitoring Systemmentioning

confidence: 99%

See 3 more Smart Citations

WSN-Based Monitoring Systems for the Solar Power Stations of the Telecommunication Devices

Khasanov

Khujamatov²,

Fayzullaev³

et al. 2021

IIUMEJ

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Renewable energy sources are an increasingly popular way to generate electrical energy for telecommunications systems. The use and effectiveness of remote monitoring systems in such systems has led to growing interests relatively to it. As with any new technological systems, new problems have arisen in the use of renewable energy sources in telecommunications systems and the use of IoT-based remote monitoring systems in them. In particular, one of these problems is the decentralization of remote monitoring systems for renewable power plants of telecommunication systems. The paper details the stages of development and modelling of open-source centralized monitoring systems for solar power station of telecommunication systems. In this paper, a real-time remote monitoring system of solar power sources was modelled and investigated by wireless sensor networks of telecommunications devices. Proteus software environment was obtained for modelling. Before modelling the system, a system structure and a block diagram were developed, each of the elements that are part of the system is described. Software for the system was created. The developed structure and software were tested by modelling. The results of the modelling were presented in a virtual terminal, an oscillography, and a local web browser. ABSTRAK: Sumber tenaga boleh baharu semakin meningkat popular dalam menghasilkan tenaga elektrik bagi sistem telekomunikasi. Penggunaan dan keberkesanan sistem pemonitoran jarak jauh dalam jaringan ini telah membawa kepada peningkatan minat kepada tenaga boleh baharu. Walau bagaimanapun, melalui sistem teknologi baru ini, masalah baru timbul dalam penggunaan punca tenaga boleh baharu dalam sistem telekomunikasi dan penggunaan bersama sistem pemonitoran berdasarkan IoT. Khususnya dalam desentralisasi sistem pemonitoran jarak jauh bagi loji kuasa sistem telekomunikasi. Kajian ini merincikan peringkat pembinaan dan model sumber terbuka berpusat sistem pemonitoran bagi sistem janakuasa solar sistem telekomunikasi. Kajian ini turut memodelkan sistem pemonitoran jarak jauh secara langsung bagi sumber kuasa solar dan dikaji dengan rangkaian sensor tanpa jaringan bagi alatan telekomunikasi. Perisian Proteus telah dihasilkan bagi model ini. Sebelum model sistem dibina, struktur sistem dan gambar rajah blok dibina. Setiap unsur dalam sistem ini diperihalkan. Perisian bagi sistem ini turut dibina. Struktur yang dibina dan perisian ini diuji melalui model. Hasil dapatan model dibentangkan dalam pangkalan maya, oscilograf dan pelayar web tempatan.

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Section: Controller Device Units (Arduino Uno/mega)mentioning

confidence: 99%

Section: Current Sensormentioning

confidence: 99%

Section: Voltage Sensormentioning

confidence: 99%

Section: Designed Structures Of the Monitoring Systemmentioning

confidence: 99%

See 2 more Smart Citations

WSN-Based Monitoring Systems for the Solar Power Stations of the Telecommunication Devices

Khasanov

Khujamatov²,

Fayzullaev³

et al. 2021

IIUMEJ

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show abstract

“…When developing analytical expressions for calculating the reliability of the BTS-BSC mobile communication system, we will take the following [16,21,22,32,25,33]: -The mobile communication system is operating during normal operation; -Failures and failures in the mobile communication system are subject to an exponential distribution law; -Failure of any component of the BTS-BSC mobile communication system results in failure of the entire system. A view of the BTS-BSC system with a copper-based communication line is shown in Figure 3.…”

Section: It Should Be Noted That In Order To Provide High-quality and Uninterrupted Mobile Services In The Region Bts Needs Highly Reliabmentioning

confidence: 99%

Reliability of the BTS-BSC System with Different Types of Communication Lines Between Them

Davronbekov¹,

Matyokubov²

2020

IJATCSE

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This work is devoted to the issue of calculating the reliability of a section of a mobile communication network "base station -BTS" -"base station controller -BSC" and the communication line between them for a mobile communication network of GSM-900 standard. The BTS-BSC system with communication lines based on copper wire, optical fiber, radio relay equipment with and without repeaters is considered. Analytical expressions for calculating the failure rate of the BTS-BSC system for these special cases are given.

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IoT, IIoT, and Cyber-Physical Systems Integration

Khujamatov

Reypnazarov

Khasanov

et al. 2021

Advances in Science, Technology &Amp; Innovation

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Research and Modelling Adaptive Management of Hybrid Power Supply Systems for Object Telecommunications based on IoT

Cited by 35 publications

References 2 publications

WSN-Based Monitoring Systems for the Solar Power Stations of the Telecommunication Devices

WSN-Based Monitoring Systems for the Solar Power Stations of the Telecommunication Devices

Reliability of the BTS-BSC System with Different Types of Communication Lines Between Them

IoT, IIoT, and Cyber-Physical Systems Integration

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