•  
  •  
 

Abstract

In the presented article discussed development of information software and intelligent measurement systems for the management and control of energy efficiency, demand for energy efficiencyб growing intelligent energy metering and monitoring systems are being developed, and new opportunities, opening up for assessing of energy efficiency of an enterprise.

First Page

172

Last Page

181

References

1. V.N.Zajirko, M.M.Nikiforov, D.V.Pashkov [i dr.], “Principy' postroeniya ASU TE`R” [Principles of building a fuel and energy management system], Jeleznodorojny'y trans­port, no. S11, pp. 23-25, 2005(in Russian).

2. V.T.CHeremisin, M.M.Nikiforov, “Sistema kontrolya i operativnogo upravleniya potrebleniem toplivno-e`nergeti­cheskih resursov” [Systems for monitoring and operational management of fuel and energy resources consumption], Jeleznodorojny'y transport, no. 11, pp. 64-65, 2010 (in Russian).

3. V.T.CHeremisin, V.N.Zajirko, M.M.Nikiforov [i dr.], “Razrabotka podsistemy' analiza i sistematizacii so­stavlyayusch'ih rashoda e`lektroe`nergii na e`kspluatacionny'e nujdy' v obsch'ey sisteme monitoringa potrebleniya i poter' e`lektroe`nergii” [Development of a subsystem for analysis and systematization of components of the electronic energy Rashad title operational requirements in the General system for monitoring the consumption and consumption of electric energy], Issledovanie processov vzaimodeystviya ob`ektov jeleznodorojnogo transporta s okrujayusch'ey sre­doy: sb. nauch. st., Omsk, 2003, pp. 174-186 (in Russian).

4. M.M.Nikiforov, D.V.Pashkov, “Principy' razrabotki avtomatizirovanny'h sistem kontrolya i ucheta e`lektroe`nergii s funkciyami operativnogo upravleniya” [Development principles of automated systems for monitoring and accounting of electronic energy are functions of operational management], Resursosberegayu­sch'ie tehnologii na jeleznodorojnom transporte: materialy' Vserossiyskoy nauch.-tehn. konf. s mejdunar. uchastiem: v 2 t, Krasnoyarsk, 2005, pp. 50-54 (in Russian).

5. V.I.Lebedev, Mikroprocessorny'e schetchiki e`lektroe`nergii [Microprocessor-based electronic energy meters]. Moskva: DMK Press, 2017, 196 p. (in Russian).

6. I.H.Siddikov, A.A.Abdumalikov, N.N.Mirzoev, N.YU.Amurova, M.T.Maksudov, I.M.Honturaev, “Programnoe obespechenie dlya issledovaniya pokazateley nadejnosti i rabochego sostoyaniya e`lementov kontroya i upravlpeniya e`nergoe`ffektivnost'yu” [Software for invatigating performance indicators and working condition of energy efficiency control and management elements]. Zaregistrirovannoe programmnoe obespechenie dlya E`VM Agenstvo po intelektual'noy sobstvennosti Ruz, DGU 08003, 27.03.2020.

7. I.Kh.Siddikov, “Advantages Energy Conversion Systems”, Project tutorial “Modernization of the Curricula in sphere of smart building engineering – Green Building (GREB) 574049-EPP-1-2016-1-IT-EPPKA2-CB”, Programs ERASMUS+ ЕС, web-site Project: https://sites.google.com/view/erasmus-greb/project-materials, web-site TUIT. https://tuit.uz/ru/energiya-taminlash-tizimlari.

8. I.K.Siddikov, Kh.A.Sattarov, Kh.E.Khujamatov, O.R.Dekhkonov, “Modeling of the Processes in Magnetic Circuits of Electromagnetic Transducers”, International Conf. on ISISCT -2016, Tashkent, November 2-4, 2016.

9. I.K.Siddikov, Kh.A.Sattarov, Kh.E.Khujamatov, “Modeling of the Transformation Elements of Power Sources Control”, International Conf. on ISISCT - 2017, Tashkent, November 2-4, 2017.

10. I.K.Siddikov, Kh.A.Sattarov, Kh.E.Khujamatov, O.R.Dekhkonov, M.Agzamova, “Modeling of Magnetic Circuits of Electromagnetic Transducers of the Three-phases Current”, 14th International Scientific - Technical Conference On Actual Problems of Electronic Instrument Engineering (Apeie) Proceedings, In 8, vol. Part 5, Novosibirsk, 2018.

11. I.Siddikov, I.Petrova, V.Zaripova, Yu.Lejnina, “Automated system for synthesis of sensors for smart cities”, XXII International Scientific Conference on Advanced In Civil Engineering “CONSTRUCTION THE FORMATION OF LIVING ENVIRONMENT”, Tashkent, 18-21 April, 2019.

12. R.K.Azimov, I.H.Siddikov, M.J.Kurbanova, M.A.Anarbaev, O.I.Siddikov, A.N.Mamatkulov, “Preobrazovatel' toka v napryajenie” [Current to voltage Converter], Patent RUzIAP0490, no.6, 2014.

13. K.R.Allaev, R.K.Azimov, I.H.Siddikov, I.H.Holiddinov, M.YU.Hasanov, N.J.Ahmedov, “E`lektromagnitny'y preobrazovatel' nesimmetrichnosti trehfaznogo toka v napryajenie” [Three-phase current-to-voltage unbalance electromagnetic converter], Patent RUZ, IAP 2014 0463, no. 4, 2016.

14. K.R.Allaev, R.K.Azimov, I.H.Siddikov, I.H.Holiddinov, M.YU.Hasanov, F.M.Kodirov, M.M.Mirzaeva, “E`lektromagnitny'y preobrazovatel' nesimmetrichnosti trehfaznogo toka v napryajenie” [Three-phase current-to-voltage unbalance electromagnetic converter], Patent Ruz, IAP 2014 0509, no. 6, 2016.

15. K.R.Allaev, R.K.Azimov, I.H.Holiddinov, M.E`.Yulchiev, E.A.Borisova, N.YU.Amurova, “E`lektromagnitny'y preobrazovatel' nesimmetrichnosti trehfaznogo toka v napryajenie” [Three-phase current-to-voltage unbalance electromagnetic Converter], Patent RUz, IAP 2014 0540, no. 6, 2016.

16. K.R.Allaev, R.K.Azimov, I.H.Holiddinov, M.YU.Hasanov, N.J.Ahmedov, “E`lektromagnitny'y preobrazovatel' nesimmetrichnosti trehfaznogo toka v napryajenie” [Three-phase current-to-voltage unbalance electromagnetic converter], Patent RUz, IAP 05383, no. 4, 2017.

Included in

Engineering Commons

Share

COinS
 
 

To view the content in your browser, please download Adobe Reader or, alternately,
you may Download the file to your hard drive.

NOTE: The latest versions of Adobe Reader do not support viewing PDF files within Firefox on Mac OS and if you are using a modern (Intel) Mac, there is no official plugin for viewing PDF files within the browser window.