In this work, the conversion of multi-phase primary currents of reactive power supply networks to the output signal in the form of secondary voltage is studied as the main characteristics of the sensor, static, dynamic characteristics, metrological and reliable operating indicators, and the structure of this sensor, signal The algorithm for modeling the processes taking place in the sensor, which provides clarity based on the created algorithm and a highly formalized graph model, has been studied on the basis of its analytical expression.

Topics
Renewable energy, Sensors, Power electronics
1.
A.B.
Abubakirov
,
R.J.
Tanatarov
,
T.U.
Kurbaniyazov
 and
Sh.B.
Kuatova
.
Intellectual Grid Modulation and Monitoring
(Turkish Journal of Computer and Mathematics Education
Vol.
12
No.2
2021
), p.p
1054
–
1058
.
Google Scholar
 
2.
I.Kh.Siddikov,
M.A.
Anarbaev
,
A.A.
Abdumalikov
,
A.B.
Abubakirov
,
M.T.
Maxsudov
,
I.M.
Xonturaev
. “
Modelling of transducers of nonsymmetrical signals of electrical nets
” (
International Conference On Information Science And Communications Technologies Applications, Trends And Opportunities, Publication Year
:
2019
), p.p
1
–
6
. http://WWW.ICISCT2019.Org
Google Scholar
 
3.
I.X.
Siddikov
,
A.B.
Abubakirov
,
A.J.
Allanazarova
,
R.M.
Tanatarov
,
Sh.B.
Kuatova
,
Modeling the secondary strengthening process and the sensor of multiphase primary currents of reactive power of renewable electro energy supply
(
Solid State Technology, Volume
:
63
Issue:
6
, Publication Year:
2020
), pp:
13143
–
13148
.
Google Scholar
 
4.
Abubakirov
A.B.
,
Yo’ldashev
A.A.
,
Baymuratov
I.Q.
,
Sharipov
M.T.
,
Utemisov
A.D.
 “
Study of conversion circuits and design of the electromagnetic primary current and voltage transducer of monitoring and control systems
”
(EPRA International Journal of Research and Development.
Volume:
5
India.
2020
), p.p
214
–
218
. (SJIF Impact Factor: 6.260| ISI I.F.Value:1.241| Journal DOI:
https://doi.org/10.36713/epra2016
ISSN: 2455-7838(Online)).
Google Scholar
Crossref
Search ADS
 
5.
I.
Siddikov
,
Kh.
Sattarov
,
A.B.
Abubakirov
,
M.
Anarbaev
,
I.
Khonturaev
,
M.
Maxsudov
, “
Research of transforming circuits of electromagnets sensor with distributed parameters
”
(10 th International Symposium on intelligent Manufacturing and Service Systems. 9-11 September
2019
. Sakarya. Turkey), p.p
831
–
837
.
Google Scholar
 
6.
Abubakirov
A.B.
 “
Research of the electromagnetic transducers for control of current of three phases nets
”
(European science review, Scientific journal Q 5–6 Vienna, Austria.
2018
.) pp.
269
–
273
.
Google Scholar
 
7.
N.
Juraeva
,
O.
Nazarov
,
S.
Urolov
,
A.
Djalilov
.
Intellectual system for water flow and water level control in water management
1st International Conference on Energetics Civil and Agricultural Engineering 2020 October 14th – 16th 2020, Tashkent, Uzbekistan. IOP Conf. Series: Earth and Environmental Science
614
(
2020
)
012044
.
Google Scholar
 
8.
EapaTOs
P.K.
, 4y nes 51.3.,,[_)
l{a n
Os
 A.Y.
Low power smart system development for water flow measurement and level controls in open canals
(International Journal of Advanced Research in Science, Engineering and technology. – India
,
2019
. – Vol.
6
. Issue
12
) p.p
12240
–
12246
. http://www.ijarset.com/upload/2019/december/55-rbatov-80.pdf. http://www.ijarset.com/volume-6-issue-12.html.
Google Scholar
 
9.
Siddikov
I.X.
,
Abubakirov
A.B.
,
Najmatdinov
K.M.
,
Esenbekov
A.J.
 “
Elektromagnitnye preobrazovateli nesimmetrii trexfaznogo toka s rasshirennymi funktsionalnymi vozmojnostyami
”
(Vestnik KKOANRUz. Q2. Nukus
,
2017
), p.p
66
–
68
.
Google Scholar
 
10.
I.X.
Siddikov
,
A.B.
Abubakirov
,
K.M.
Najmatdinov
,
A.J.
Esenbekov
 “
Electromagnetic transformers of asymmetry of three-phase current with rasshirennymi funktsionalnymi vozmojnostyami
”
(Bulletin KKOANRUz. Q2. Nukus
,
2017
), pp.
66
–
68
.
Google Scholar
 
11.
Lukashkin
V.G.
,
Garipov
V.K.
,
Sleptsov
V.V.
,
Vishnekov
A.V.
Automation of measurements, control and management
(M.: Mashinostroenie, 2005), p.p 663 (Schaumburg H. Werkstoffe und Bauelemente der Elektrotechnik. Sensoren. Stuttgart: B.G. Teubner
,
1992
), p.p
517
Google Scholar
 
12.
Dominic
M.
,
Yiannos
M.
CMOS Circuits for Electromagnetic Vibration Transducers
:
Interfaces for Ultra-Low Voltage Energy Harvesting
,
2015
. –
300p
. https://www.springer.com.
Google Scholar
 
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