I. X. Siddikov A. A. Abdumalikov - bet 48

Energies
2020,
13
, 494. https://doi.org/10.3390/en13020494
46.
Ne’matova N.G‘., Abdumalikov A.A. Development of smart
grid elements for optimizing regional network modes // O‘zbekiston
Respublikasi Prezidentining beshta muhim tashabbuslariga
bag‘ishlangan “5T” yoshlar forumi doirasidagi ilmiy-amaliy
konferensiyasi materiallari. Samarqand-2019. –B. 236-241
47.
Mo Zo Tve. Issledovanie i razrabotka sistem
ы
upravleniya
mnogofunksionaln
ы
m enereticheskim kompleksom. Avtoref. dis. kand.
texn. nauk. -Moskva, 2013. -22 s.
48.
M.Veeramani, J.Prince Joshua, C.K.Sundsrsbalan, J.Sanjeevi-
kumar. An Efficient Microgrid Management System for Rural Area
using Arduino//Internationak Journal of Engineering Trends and
Technology. October 2016. Volume-40 Number-6/
49.
May Ngok Txang. Upravleniya gibridn
ы
mi energeticheskimi
sistemami s vozobnovlyaem
ы
mi istochnikami energii. Avtoref. dis.
kand. texn. nauk. -Volgograd, 2013. -20 s.
106
50.
Mudaliar M.D., Sivakumar N. IoT based real time energy
monitoring system using Raspberry Pi //Internet of Things. – 2020. – T.
12. – S. 100292.
51.
Marinakis V., Doukas H. An advanced IoT-based system for
intelligent energy management in buildings //Sensors. – 2018. – T. 18. –
№. 2.
– S. 610.
52.
Omenogor O., Imoize A.L. “ Design and implementation of a
computer-based power management System ” // Arid Zone Journal of
Engineering, Technology and Environment, December, 2019; Vol. 15(4)
898-910. ISSN 1596-2490
53.
Oleksandr N. et al. Infocommunication Technologies for
Multichannel Monitoring of Synchronization Signals and Energy
Efficiency Control of SMART-and Mikro-Grid Electrical Systems
//2018 International Conference on Information and Telecommunication
Technologies and Radio Electronics (UkrMiCo). IEEE, 2018. – S. 1-6.
54.
Plaxtiev A.M. Beskontaktn
ы
e ferromagnitn
ы
e preobrazovateli s
raspredelenn
ы
mi magnitn
ы
mi parametrami dlya sistem kontrolya i
upravleniya.: Dis. dokt. texn. nauk. - Tashkent: TashGTU, 2009. - 249 s.
55.
Patil S., Vijayalashmi M., Tapaskar R. Solar energy monitoring
system using IOT //Indian Journal of Scientific Research. – 2017. – S.
149-156.
56.
Patil S. M., Vijayalashmi M., Tapaskar R. IoT based solar
energy monitoring system //2017 International Conference on Energy,
Communication, Data Analytics and Soft Computing (ICECDS). –
IEEE, 2017. – S. 1574-1579.
57.
Pawar P. et al. Design and development of advanced smart
energy management system integrated with IoT framework in smart grid
environment //Journal of Energy Storage. – 2019. – T. 25. – S. 100846.
58.
Rashid R. A. et al. Machine learning for smart energy
monitoring of home appliances using IoT //2019 Eleventh International
Conference on Ubiquitous and Future Networks (ICUFN). – IEEE,
2019. – S. 66-71.
59.
Sapaev M., Turakulov O., Sattarov Kh., Abdumalikov A.A.
Modeling and research of reliability and probability of operational
parameters of control units // “Muhammad al-Xorazmiy avlodlari.”
Ilmiy-amaliy va axborot-tahliliy jurnali. ISBN:978-9943-11-665-
8. №
1(15)/2021, Toshkent-2021 :B.82-86
60.
Siddikov I.Kh., Abdumalikov A.A., Sobirov M.A., Sattarov
X.A. Equipment and software for energy supply monitoring and control
107
process // International Conference on Information Science and
Communications Technologies ICISCT 2021, Tashkent, Uzbekistan -
2021.-4r
61.
Schaumburg H. Werkstoffe und Bauelemente der
Elektrotechnik. Sensor–anwendungen. Stuttgart: 2012.– 420 p
62.
Soham Adhya; Dipak Saha; Abhijit Das; Joydip Jana; Hiranmay
Saha, An IoT based smart solar photovoltaic remote monitoring and
control unit, 2016 2nd International Conference on Control,
Instrumentation, Energy & Communication (CIEC),
https://ieeexplore.ieee.org/document/7513793
63.
Siddikov I.Kh., Abdumalikov A.A. Modeling and research
signals conversion proceses of multhipase power measure and control
devices // International Conference on Information Science and
Communications Technologies ICISCT 2020, Tashkent, Uzbekistan -
2020. -4r.
64.
Saleem M.U., Usman M.R., Shakir M. Design, Implementation,
and Deployment of an IoT Based Smart Energy Management System
//IEEE Access. – 2021. – T. 9. – S. 59649-59664.
65.
Spanias A.S. Solar energy management as an Internet of Things
(IoT) application //2017 8th International Conference on Information,
Intelligence, Systems & Applications (IISA). – IEEE, 2017. – S. 1-4.
66.
Siddikov I.Kh., Makhsudov M.T., Abdumalikov A.A. Modeling
and Research Multiphases Signal Transducers of Power Control Systems
// International Conference on Information Science and Communications
Technologies ICISCT 2020, Tashkent, Uzbekistan - 2020. -4r.
67.
Siddikov I.X., Abdullaeva S.M., Maksudov M.T., Abdumalikov
A.A. Qayta tiklanuvchan energiya manbalarining toklarini monitoringi
va boshqaruv signaliga o‘zgartirish datchiklarining statik tavsiflari //
“Iqtisodiyotning tarmoqlarini innovatsion rivojlanishida axborot-
kommunikatsiya texnologiyalarining ahamiyati” Respublika ilmiy-
texnik anjumanining ma’ruzalar to‘plami. Toshkent - 2020. – P. 50-53
68.
Siddikov I.X., Amurova N.Yu., Xonto‘raev I.M., Abdumalikov
A.A. Elektr toki monitoringi va boshqaruv datchiklarining ishonchlilik
ko‘rsatkichlari va ish qobiliyati ehtimolligini tadqiq etish // “TATU
xabarlari”
ilmiy-texnika
va
axborot
tahliliy
jurnali.
№3(55)/2020.
Toshkent-2020. -B.113-124
69.
Siddikov I.X., Lejina Yu.A., Xonto‘raev I.M., Maksudov M.T.,
Abdumalikov A.A. Issledovanie pokazateley nadejnosti i veroyatnosti
rabotosposobnosti datchikov kontrolya i upravleniya energopo-
108
trebleniem // Injenerno-stroiteln
ы
y vestnik Prikasniya: nauchno-
texnicheskiy jurnal. Astraxan: GAOU AO VO “AGASU
”, 2020. №
1(31). -S. 74-78
70.
Siddikov I.X., Anarbaev M.A., Abdumalikov A.A. Monitoringi
va boshqaruv datchigining ishonchliligi va ish holati ko‘rsatkichlarini
tadqiq etish // “Muhammad al-Xorazmiy avlodlari“ ilmiy-amaliy
va axborot-tahliliy jurnali. ISBN:978-9943-11-665-
8.№ 2(12)/2020.
Toshkent-2020. - B.125-129
71.
Siddikov I.X., Amurova N.Yu., Xonto‘raev I.M., Abubakirov
A.B., Abdumalikov A.A. Pokazateli nadejnosti i veroyatnosti rabochego
sostoyaniya datchikov signala mikroprotsessorn
ы
x i elektronn
ы
x
ustroystv telekommunikatsii i svyazi // “Muhammad al-Xorazmiy
avlodlari“ ilmiy-amaliy va axborot-tahliliy jurnali. ISBN:978-9943-11-
665-
8. №1(11)/2020.
Toshkent- 2020. -S.47-50
72.
Siddikov I.Kh., Amurova N.Y., Khonturaev I. M.,
Abdumalikov A.A. Indicators of reliability and probability of
operational condition of sensors of microprocessor and electronic of
communication devices // International Journal of Advanced Science
and Technology (IJAST). India. ISSN:2005-4238. Volume-
29.№ 5,
(2020).-R.11420-11428.
73.
Siddikov I.Kh., Khonturaev I. M., Abdumalikov A.A. Research
of Static Characteristics of the Sensors of Multiphase Primary Currents
to Secondary Voltages on the Basis of Cloud Computing // International
Journal of Innovative Technology and Exploring Engineering (IJITEE).
India. ISSN: 2278-3075. Volume-9, Issue-4, February 2020. -P. 2202-
2207
74.
Siddikov I.Kh., Makhsudov M.T., Abdumalikov A.A. The
Dynamic Characteristics of Sensors of Primary Currents of Energy
Sources to Secondary Voltages // International Journal of Innovative
Technology and
Exploring Engineering (IJITEE). India. ISSN: 2278-3075. Volume-9,
Issue-4, February 2020. P. 2529-2534
75.
Siddikov I.Kh., Anarbaev M.A., Sobirov M.F., Makhsudov
M.T., Khonturaev I.M., Abdumalikov A.A. Technological aspects of
modelling and research of smart grid // International Conference on
Information Science and Communications Technologies ICISCT 2019.
Tashkent, Uzbekistan - 2019. -5r.
76.
Siddikov I.Kh., Anarbaev M.A., Abubakirov A.B., Makhsudov
M.T., Khonturaev I. M., Abdumalikov A.A. Modeling of transducers of
109
nonsymmetrical signals of electrical nets // International Conference on
Information Science and Communications Technologies ICISCT 2019.
Tashkent, Uzbekistan - 2019. -6r.
77.
Siddikov I.X., Mirzaev N.N., Abubakirov A.B., Anarboev M.A.,
Abdumalikov A.A. Elektr energiyasini uzatish va taqsimlashda releli
himoyasi va avtomatikasini modernizatsiya qilish orqali energiya
samaradorlikka erishish. // Respublikanskaya nauchno-texnicheskaya
konfrensiya, “Sovremenn
ы
e tendensii sovershenstvovaniya sistem
kontrolya i upravleniya texnologicheskimi protsessami i proizvod-
stvami”. Tashkent-2019 g. - S. 174-179.
78.
Siddikov I.X., Abubakirov A.B., Utemisov A.D., Abdumalikov
A. A Qayta tiklanuvchan energiya manbali elektr ta’minoti tizimlarida
reaktiv kuvvati manbalarining ko‘p fazali toklarini kuchlanishga
o‘zgartirish datchiklarini modellashtirish // Respublikanskaya nauchno-
texnicheskaya konfrensiya, "Sovremenn
ы
e tendensii sovershen-
stvovaniya sistem kontrolya i upravleniya texnologicheskimi protses-
sami i proizvodstvami”. Tashkent-2019 g. - S. 192-194
79.
S. Nagalakshmi, M. Prabha, R. Senthamarai and G. Rohini.
Design and Implementation of Arduino Based Smart Home Energy
Management System Using Renewable Energy Resources //
In
ternational Journal of ChemTech Reserch. 2017 Vol.10 №6, pp 696
-
701.
80.
Siddikov I.X., Abumalikov A.A., Abubakirov A.B., Xonto‘raev
I.M., Mirzoev N.N. “Programmnoe obespechenie dlya issledovaniya
protsessov izmeneniya energii i signalov v ustroystvax dlya
preobrazovaniya toka”. //Svidetelstvo ob ofitsialnoy registratsii
programm
ы
dlya elektronno-v
ы
chisliteln
ы
x mashin
. №
DGU 20191254.
Agentstvo po intellektualnoy sobstvennosti RUz, Tashkent, 10.03.2020
g.
81.
Siddikov I.X., Abdumalikov A.A., Mirzoev N.N., Shodiev Z.O.,
Maqsudov M.T., “Avtomatizirovannoe informatsionno-programmnoe
obespechenie dlya kontrolya i upravleniya yenergoeffektivnostyu”.
//Svidetelstvo ob ofitsialnoy registratsii programm
ы
dlya elektronno-
v
ы
chisliteln
ы
x mashin
. №
DGU 20200221. Agentstvo po intellek-
tualnoy sobstvennosti RUz, Tashkent, 10.03.2020 g.
82.
Siddikov I.X., Abdumalikov A.A., Mirzoev N.N., Amurova
N.Yu., Maqsudov M.T., Xonto‘raev I.M. “Programmnoe obespechenie
issledovaniya pokazateley nadejnosti i rabochego sostoyaniya elementov
kontrolya i upravleniya energoeffektivnostyu”. //Svidetelstvo ob
110
ofitsialnoy registratsii programm
ы
dlya elektronno-v
ы
chisliteln
ы
x
mashin
. №
DGU 20200325. Agentstvo po intellektualnoy sobstvennosti
RUz, Tashkent, 27.03.2020 g.
83.
Siddikov I.X., Abdumalikov A.A., Amurova N.Yu., Xamro-
qulov B.A., Mirxaydarov M.M., Najmatdinov K.M. “Programmnoe
obespechenie dlya issledovaniya protsessov preobrazovaniya
mnogomern
ы
x signalov kontrolya i upravleniya”. //Svidetelstvo ob
ofitsialnoy registratsii programm
ы
dlya elektronno-v
ы
chisliteln
ы
x
mashin
. №
DGU 20201168. Agentstvo po intellektualnoy sobstvennosti
RUz, Tashkent, 17.08.2020 g.
84.
Siddikov I.X., Abdumalikov A.A., Xamroqulov B.A., Maqsudov
M.T., Anarboev M.A., Xonto‘raev I.M. “ Programmnoe obespechenie
dlya issledovaniya dinamicheskix xarakteristik trexfazn
ы
x trexqu-
rilman
ы
x preobrazovateley s raspredelenn
ы
mi parametrami”.
//Svidetelstvo ob ofitsialnoy registratsii programm
ы
dlya elektronno-
v
ы
chisliteln
ы
x mashin
. № DGU 20191633.
Agentstvo po
intellektualnoy sobstvennosti RUz, Tashkent, 08.01.2020 g.
85.
Siddikov I.X., Abdumalikov A.A., Sobirov M.A., Maqsudov
M.T., Abubakirov A.B., Anarboev M.A. “Programmnoe obespechenie
dlya issledovaniya staticheskix xarakteristik trexfazn
ы
x trexqurilman
ы
x
preobrazovateley s raspredelenn
ы
mi parametrami”. //Svidetelstvo ob
ofitsialnoy registratsii programm
ы
dlya elektronno-v
ы
chisliteln
ы
x
mashin
. №
DGU 20191450. Agentstvo po intellektualnoy sobstvennosti
RUz, Tashkent, 19.12.2019 g.
86.
Siddikov I.X., Abdumalikov A.A., Hasanov H.S., Sobirov M.A.,
Maqsudov M.T., Mirzoev N.N. “Programmnoe obespechenie rascheta
pokazateley reaktivnoy mo
щ
nosti i sistemax elektrosnabjeniya”.
//Svidetelstvo ob ofitsialnoy registratsii programm
ы
dlya elektronno-
v
ы
chisliteln
ы
x mashin
. № DGU 20191572.
Agentstvo po
intellektualnoy sobstvennosti RUz, Tashkent, 07.02.2019 g.
87.
Siddikov I.X., Abdumalikov A.A., Siddikov O.I. “Programmnoe
obespechenie optimizatsii signalov kontrolya i upravleniya
vozobnovlyaem
ы
x i traditsionn
ы
x istochnikov energii na osnove IoT
texnologii”. //Svidetelstvo ob ofitsialnoy registratsii programm
ы
dlya
elektronno-v
ы
chisliteln
ы
x mashin
. №
DGU 20210046. Agentstvo po
intellektualnoy sobstvennosti RUz, Tashkent, 09.02.2021 g.
88.
Srivastava P., Bajaj M., Rana A. S. IOT based controlling of
hybrid energy system using ESP8266 //2018 IEEMA Engineer Infinite
Conference (eTechNxT). – IEEE, 2018. – S. 1-5.
111
89.
Tolga Ozay, Yuksel Oguz, Xasan Chimen. Energy Flow Control
with Using Arduino Microcontroller in Off-Grid Hybrid Power
Generation System Including Different Solar Panels and Fuel
Cell//Measurement and Control 2017, Vol.50(9-10) 186-198
90.
Shezan S.K. A.etal. Performance analysis of an off-grid wind-
PV (photovoltaic)-diesel-battery hybrid energy system feasible for
remote areas //Journal of Cleaner Production. – 2016. – T. 125. – S. 121-
132.
91.
X.E. Xujamatov., D.S.Sherjanova. Aloqa va axborotlashtirish
obyektlarini ishonchliligini oshirish uchun qayta tiklanuvchi energiya
manbalarini qo‘llash // “Istochniki alternativn
ы
x energiy i aktualn
ы
e
problem
ы
ix ispolzovaniya”. Sb. materialov Resp. konf. 25-26 noyabrya
2015. - Buxoro, BGU, 2015.-S.146-148.
92.
X.E. Xujamatov. Telekommunikatsiya obyektlarini barqaror
elektr energiyasi bilan ta’minlashda avtonom quyosh elektr stansiyasini
qo‘llash // “TATU xabarlari” ilmiy-texnika va axborot-tahliliy jurnali.
№4(40)
- son 2016 yil, 22-31 betlar.
93.
X.E. Xujamatov. Quyosh elektr stansiyalari-telekommunikatsiya
obyektlarini barqaror elektr manbai // “Axborot va telekommunikatsiya
texnologiyalari muammolari” Respublika ilmiy-texnik konferen-
siyasining ma’ruzalar to‘plami. 3-qism. Toshkent 10-11 mart 2016 yil.
159-160 betlar.
94.
X.E. Xujamatov. Avtonomnaya solnechno-vetro-dizelnaya
elektrostansiya dlya ustoychivogo snabjeniya elektroenergiey obyektov
telekommunikatsiy v selskix i otdalenn
ы
x rayonax // Material
konferensii «Vozobnovlyaem
ы
e istochniki energii: texnologii i
ustanovki», 28-29 iyunya 2016 g, Tashkent. S 36-37.
95.
X.E.
Xujamatov.
Quyosh
elektr
stansiyalari
-
telekommunikatsiya obyektlarini barqaror elektr manbai // Material
konferensii «Vozobnovlyaem
ы
e istochniki energii: texnologii i
ustanovki», 28-29 iyunya 2016 g, Tashkent. S 88-89.
96.
Tolga Ozay, Yuksel Oguz, Xasan Chimen. Energy Flow Control
with Using Arduino Microcontroller in Off-Grid Hybrid Power
Generation System Including Different Solar Panels and Fuel
Cell//Measurement and Control 2017, Vol.50(9-10) 186-198
97.
Thakare S. et al. Implementation of an energy monitoring and
control device based on IoT //2016 IEEE Annual India Conference
(INDICON). – IEEE, 2016. – S. 1-6.
112
98.
X.E. Xujamatov “Telekommunikatsiya qurilmalarini energiya
ta’minotida qayta tiklanuvchi energiya manbalaridan foydalanishning
samaradorligini oshirish”// “Energiya tejamkorligi, elektr energetikasi
ta’minoti uzluksizligini ta’minlash konsepsiyasini dolzarb muammolari
hamda ularning yechimlari samaradorligini oshirish” mavzusidagi
Respublika ilmiy va ilmiy texnik anjuman materiallari Farg‘ona 2016 yil
2-3 dekabr,. 163-165 betlar.
99.
Yusupbekov N.R., Igamberdiev X.Z., Malikov A.V. Osnov
ы
avtomatizatsii texnologicheskix protsessov: Uchebnoe posobie dlya
v
ы
sshego i srednego spesialnogo obrazovaniya. V 2-x ch. - Tashkent:
TGTU, 2007. Ch.1. - 152 s.
100.
Yusupbekov N.R., Aliev R.A., Aliev R.R., Yusupbekov A.N.
“Boshqarishning intellektual tizimlari va qaror qabul qilish”. Davlat
ilmiy nashriyoti “O‘zbekiston milliy ensiklopediyasi” Toshkent - 2015
y.
101.
Wesley Tyler Hartman; Alexander Hansen; Erik Vasquez;
Samy El-Tawab; “Energy monitoring and control using Internet of
Things (IoT) system”, 2018 IEEE, SIEDS, https://ieeexplore.ieee.org/
document/8374723
102.
Wei C., Li Y. Design of energy consumption monitoring and
energy-saving management system of intelligent building based on the
Internet of things //2011 international conference on electronics,
communications and control (ICECC). – IEEE, 2011. – S. 3650-3652.
103.
Hybrid power systems based on renewable energies: a suitable
and cost effective solutions for rural electrification.Alliance for rural
electrification,2010/9 p.
104.
Hartman W.T. et al. Energy monitoring and control using
Internet of Things (IoT) system //2018 Systems and Information
Engineering Design Symposium (SIEDS). – IEEE, 2018. – S. 13-18.
105.
Hybrid Renewable Energy Systems for the Supply of Services
in Rural Settlements of Mediterranean Partner Countries. Agriculteral
University of Athens? 2004. 78 p
106.
H.E. Khujamatov “The quality of electrical energy in the
three-phase electric networks”// Material
ы III
Mejdunarodnoy nauchno-
prakticheskoy konferensiya «Problem
ы
i dostijeniya sovremennoy
nauki». (Ufa, 15-16 maya 2016 g.) S 154-156.
107.
Chooruang K., Meekul K. Design of an IoT energy monitoring
system //2018 16th International Conference on ICT and Knowledge
Engineering (ICT&KE). – IEEE, 2018. – S. 1-4.
113
108.
Qays M. O. et al. Monitoring of renewable energy systems by
IoT‐aided SCADA system //Energy Science & Engineering.
– 2022
109.
Hybrid Power Plants [Electronic resourse]//Enertrag. - 2012.
Mode of access:https://www.enertrag.com/en/project-development /
hybrid-power-plant.html. - Data of access: 31.01.2012
110.
https://www.chipdip.ru/product/atmega328-au
111.
http://old.intouch.su/catalog/intouch.shtml
112.
https://www.studiopieters.nl/arduino-at-09-ble-module/
113.
SOLAIR. Solnechnaya energetika [Elektrononn
ы
y resurs] //
Rejim dostupa: https://solair.ru/index.php/2011-03-31-09-09-07/41-
hybridpos. 2009-2011. Data dostupa: 31.01.2012.
114.
https://www.itransition.com/blog/iot-history
115.
https://studopedia.ru/17_45468_infokommunikatsionnie-
sistemi-i-seti.html
116.
https://robotchip.ru/obzor-modulya-gsm-gprs-na-chipe-
sim800l/
|