НЕФТЯНАЯ ПРОВИНЦИЯ

Abstract

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The paper reviews a Supervisory Control and Data Aquisistion (SCADA) system that was developed for real-time and efficient control of building services in an effort to optimize environment in the laboratories of Core Analysis Center.

Key words:

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environment, air renewal, ventilation, supervisory control, software and hardware suite

References

 

1. Programmiruemyj logicheskij kontroller «Pixel» [Pixel Programmable Logic Controller]. Saint-Petersburg: Segnetics Publ, 2009, 147 p (in Russian)

2. EasyBuilder Pro. Saint-Petersburg: Weintek Labs. Publ, 2013, 647 p (in Russian)

3. A.Ya. Arkhangelsky Programmirovanie v C++ Builder6 [Programming in C++ Builder6]. Moscow:  Binom Publ, 2003, 1152 p (in Russian)

4. A.M. Protasevich Energosberezhenie v sistemah teplogazosnabzheniya, ventilyacii i kondicionirovaniya vozduha [Energy saving in HVAC systems]. Moscow: NIC INFRA-M Publ, 2013, 286 p (in Russian) 

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Authors

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D.V. Tarasov, LLC «Tyumen Petroleum Research Center»

79/1, Osipenko st., Tyumen, 625002, Russian Federation

E-mail: dvtarasov@tnnc.rosneft.ru

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For citation:

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D.V. Tarasov Optimizaciya mikroklimata v laboratoriyah «Centra issledovanij kerna» [Optimization of environment in laboratories of core analyses Center]. Neftyanaya Provintsiya, No. 1(21), 2020. pp. 243-256. DOI https://doi.org/10.25689/NP.2020.1.243-256 (in Russian)