MEASURES TO INCREASE ENERGY EFFICIENCY OF BUILDINGS AND FACILITIES
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This article studies the state of energy consumption in the enterprise for electricity, heat, gas, fuel and lubricants, ventilation and compressed air systems, buildings and structures, technological equipment and auxiliary systems; identifies existing technical and commercial losses; compiles energy consumption balances; assesses the efficiency of resource use and develops economically sound technical solutions for energy saving.
The article also systematically analyzes the current energy situation of the enterprise, clearly indicates technical indicators, energy waste, potential reserves and optimization directions for the main energy consumers. It also provides a list of technical and organizational measures to be taken to improve energy efficiency, their economic efficiency and implementation deadlines.
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1.Leznov B.S. Energy saving and adjustable drive in on-pine and blower installations. Moscow: Energoatomizdat, 2006.
2.Leznov B.S. Characteristics of branched pipelines with intermediate water withdrawals // Water supply and sanitary technique. 2007, no. 12.
3.Leznov B.S. Methodology for evaluating the effectiveness of the application adjustable electric drive in water supply and sewerage ny pumping installations. M.: Mashinostroenie, 2011.
4. Leznov B.S. Technological bases for the use of variable electric drive in pumping units // Vodoochistka. Water treatment. Water supply. 2012, No. 5.
5.Khafizov .Islom, Gafforov Komil, Muxammedov Shuxrat, Jurakulov Abdullo , Energy saving when using a variable frequency drive in pump installions, Journal of Critical Reviews. Vol 7, Issue 12, 2020. p 99-102
6.Shoyimov P, Khafizov X, Murodov B, Murodova B. Influence of electric power and other forces on the quality of cotton seeds on the surface of working body. International Scientific Conference “Construction Mechanics, Hydraulies and Water Resources Engineering”(CONMECHYDRO-2021) held on April 1-3, 2021 in Tashkent, Uzbekistan E3S Web of Conferences 264, 04010 (2021) CONMECHYDRO–2021 https://doi.org/10.1051/e3sconf/202126404010
7.Khafizov I.I., Komil Gafforov, Sukhrob Atoyev, Mehrangiz Jòrakulova Economical mode by stabilizing the fluid supply pressure and eliminating energy losses in pumping units, ResearchJet Journal of Analysis and Inventions, Volume 2, Issue 4 April, 2021. P. 282-289
8.Khafizov I.I., Komil Gafforov., Bektosh Miyliyev ADVANTAGES OF USING A VARIABLE SPEED DRIVE IN PUMPING UNITS, Emergent: Journal of Educational Discoveries and Lifelong Learning (EJEDL) Volume 2, Issue 5, May, 2021., P.134-142.