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EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA

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束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束乘丐 弌亂亊 弌丼 亅 弌弌丐 弌乂亊 丕丼乘丱 丕弌 丕 弌 LED-弌丐亂 弌丱 丿丐丱 弌弌損 Authors: Andreeva Tatyana Anatolyevna 5 year-old student Zavyalov Alexey Sergeevich 4 year-old student Students of the the Ural Federal University 于仂: 仆亟亠亠于舒 丐.. 亟亠仆从舒 5 从舒 named after the First President of Russia B.N. Yeltsin, 舒于磿仂于 .弌. 亟亠仆 4 从舒 UralENIN, 舒仆亶 从仂于仂亟亳亠仍: 亟..仆., 仗仂亠仂 乂亠从仍亠亳仆 弌.. Department of Atomic Energetics, Special subject 束Nontraditional and renewable energy sources損 从舒亠亳仆弍亞, 2011 亞.
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 亳仂于仂亶 亳 仂亳亶从亳亶 仆仂从 于亠仂亟亳仂亟仂于 亳仆舒仄亳从舒 仄亳仂于仂亞仂 仆从舒 于亠仂亟亳仂亟仂于 亳 仆仂仆仂亶 亟仂仍亳 仂于亠亳亠仍仆 于亠仂亟亳仂亟仂于 弌从舒 仂亳亶从仂亞仂 仆从舒 于亠仂亟亳仂亟仂于 于 舒亰亠亰亠 仗仂亳亰于仂亟亳亠仍亠亶 于 2008 亞仂亟 于 2006-2011 亞仂亟舒, 仄仍亟. 亟仂仍仍. 于 仂亳仄仂仆仂仄 于舒亢亠仆亳亳,% 舒仗亠亟亠仍亠仆亳亠 仆从舒 仂弍亠亞仂 仂于亠亠仆亳 于 仂亳亳 仗仂 亳仗舒仄 仍舒仄仗 亟 亳仍亳 于亠仂亳亰仍舒ﾑ亳亶 亟亳仂亟 (弌, LED 舒仆亞仍. Light-emitting diode) 仗仂仍仗仂于仂亟仆亳从仂于亶 仗亳弍仂, 亳亰仍舒ﾑ亳亶 仆亠从仂亞亠亠仆仆亶 于亠 仗亳 仗仂仗从舒仆亳亳 亠亠亰 仆亠亞仂 仍亠从亳亠从仂亞仂 仂从舒.
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 弌舒于仆亠仆亳亠 仂于仆 仂于亠仆仆仂亳 于亠仂亟亳仂亟仆 亳 仍ﾐ斜湖出却亠仆仆 于亠亳仍仆亳从仂于 于亳亟 于亠仂亟亳仂亟仆 仍舒仄仗 丐8 舒于亳亳仄仂 仂于亠仆仆仂亳 仂 仆亠仆亳亶 舒仂礌亳 亟仂 亳仂仆亳从舒 于亠舒 舒)丕 -60 弍)舒仄仗舒 丕丐丕-丕
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 亳仄亠 亰舒于亳亳仄仂亳 仂从舒 仂仂仍亠从亳亠从仂亶 舒仆仂于从亳 仂 仆仂 仆仂 仂弍仍舒仆仂 仂弍仍舒仆仂 仂弍仍舒仆仂
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 个仂仂仍亠从亳亠从舒 舒仆亳 丐亅个 亳 仗亠仗亠从亳于舒 亠 舒亰于亳亳 个仂仂仍亠从亳亠从舒 舒仆亳 丐个-2- 960 (4240 ) 舒仗仂仍仂亢亠仆亳亠 36 个亅 仆舒 亠仆亠 亰亟舒仆亳 丐亅个 丕个丕 (于舒亳舒仆) 丼亠亢 亳 亞舒弍舒亳仆亠 舒亰仄亠 仂仂仍亠从亳亠从仂亞仂 仄仂亟仍 个仂仂仍亠从亳亠从亳亶 仄仂亟仍 RZMP-220-T
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 弌从仆舒 亠仄舒 仂于亠亠仆亳 仆舒 仂仆仂于亠 于亠仂亟亳仂亟仆 仍舒仄仗 亳仗仂仍亰仂于舒仆亳亠仄 仂仍仆亠仆 个亅 仂亳亟仂 亰亟舒仆亳 丐个 丕个丕 仂 舒仆仄 仂于亠亠仆亳亠仄
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 仆于亠仂 束亅仆亠亞亳晛 24/220 仂仆仂仍仍亠 Xantrex XW (XW-MPPT60-150) 亠亠亟仆 亳 亰舒亟仆 仗舒仆亠仍 1-于仂亟仆亠 仂亰亠从亳 220; 2-亳仆亟亳从舒仂; 3-从仆仂仗从亳 仗舒于仍亠仆亳 亳 仗仂亞舒仄亳仂于舒仆亳; 4-于亠仂亟亳仂亟仆亠 亳仆亟亳从舒仂; 5-舒亰仄 亟仍 于磶亳 从仂仄仗ﾑ亠仂仄 亳仍亳 仄仂亟亠仄仂仄; 6-舒亰仄 亟仍 仗亳舒仆亳 仄仂亟亠仄舒; 7-仄弍仍亠 亟仍 于从仍/于从仍 仆亳亰从仂于仂仍仆仂亞仂 仗亳舒仆亳 ; 8-亳仍仂于亠 仆亳亰从仂于仂仍仆亠 仗仂于仂亟舒 亟仍 仗仂亟从仍ﾑ亠仆亳 从 ; 9-亠亠于仂亶 仗亠亟仂舒仆亳亠仍 (舒于仂仄舒); 10-于仂亟 亟仍 亠亠于仂亞仂 仆舒仗礀亠仆亳 220 丱舒舒从亠亳亳从舒 舒舒仄亠 舒从亳仄舒仍仆舒 仄仂仆仂 (亠亢亳仄 8,8 舒从亳于仆仂亶 仆舒亞亰从亳) (从): 舒舒仄亠 仆舒亠仆亳亠 亳从仂于舒 仄仂仆仂, 5 亠从 (从): 13 仂仄亳仆舒仍仆仂亠 12,24,36, 仂仄亳仆舒仍仆舒 仄仂仆仂 (从): 6 仆舒仗礀亠仆亳亠 , 48,60 舒亳舒 亠亳 仂 从仂仂从仂亞仂 舒于仂仄舒 舒从亳仄舒仍仆仂亠 亰舒仄从舒仆亳 (仗亠亟仂舒仆亳亠仍 / 舒弍仂亠亠 仆舒仗礀亠仆亳亠 140 舒于仂仄舒): 丐仂从 仂仍仂仂亞仂 仂亟舒, 0,7-0,9 弌, 舒从亳仄舒仍仆仂亠 85-90% 仆舒仗礀亠仆亳亠 150 仂仗亳仄仂亠 仆舒仗礀亠仆亳亠 亠亳, 180-280 仂仍仂仂亞仂 仂亟舒, 亠仄 仗亠亠从仍ﾑ亠仆亳,仄 15-20 丐仂从 从仂仂从仂亞仂 -亠-亳仆于亠仂 5 亰舒仄从舒仆亳 弌, 60 -亳仆于亠仂-亠 弍亠亠 舒弍仂亠亠 舒弍舒亳仆亠 舒亰仄亠,仄仄 170X260X410 仗仂亠弍仍亠仆亳亠, 2,5 舒舒,从亞 28
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 舒仆亠仍 仗舒于仍亠仆亳 亳 舒仗亠亟亠仍亳亠仍仆亶 从舒 弌亠仄舒 从仂仄仄舒亳亳 舒仗仂仍仂亢亠仆亳亠 仆舒 仗舒仆亠仍亳 仗舒于仍亠仆亳 亳 从仂仄仗仂仆仂于从舒 仂弍仂亟仂于舒仆亳 于 从舒 1-亳 仗舒于仍亠仆亳; 2-舒仗亠亟亠仍亳亠仍仆亶 从舒; 丱舒舒从亠亳亳从亳 舒从从仄仍仂仆仂亶 弍舒舒亠亳 3-亳仆于亠仂 損亅仆亠亞亳晛; 4-舒从从仄仍仂仆亠 弍舒舒亠亳 (4); 5-从仂仆仂仍仍亠 束Xantrex損; 6-仗亳弍仂 从仂仆仂仍(舒仄仗亠仄亠 亳 于仂仍仄亠) 亰舒 于仂亟仆仄亳 仗舒舒仄亠舒仄亳 个亅; 7- 仗亳弍仂 从仂仆仂仍 仗仂亠弍仍磳仄仂亶 仆亠亞亳亳 于亠仂亟亳仂亟仆仄亳 于亠亳仍仆亳从舒仄亳 仆舒 于亠于亳 220; 8- 仗亳弍仂 从仂仆仂仍 仗仂亠弍仍磳仄仂亶 仆亠亞亳亳 于亠仂亟亳仂亟仆仄亳 于亠亳仍仆亳从舒仄亳 仆舒 于亠于亳 24
仂亠仆亳舒仍 舒亰仄亠亠仆亳 LED 于亠亳仍仆亳从仂于 亳仗仂仍亰仂于舒仆亳亠仄 仂仍仆亠仆 个亅 于 丕个丕 仂亳亟仂 个 (舒仆仂亠 仂于亠亠仆亳亠) 仂亳亟仂 (舒仆仂亠 仂于亠亠仆亳亠) 丶亠仆舒仍仆仂亠 仂亶亠 1-亞仂 舒亢舒 丕个丕 个仂亶亠 丕个丕 (舒仆仂亠 仂于亠亠仆亳亠) 仂亳亟仂 丐个 仂 于亠仂亟亳仂亟仆仄 仂于亠亠仆亳亠仄 仆舒 弍舒亰亠 亠从仂从亳亶 从仂亳亟仂 于 于亠亠仆亠亠 仂亳亟仂 亅个 仂仍仆亠仆 个亅 仂亳亟仂 从舒亠亟 仂弍亠亶 亳亰亳从亳 (舒仆仂亠 仂于亠亠仆亳亠) 于亠仄 仆亢亟舒亠 于 仂于亠亠仆亳亳 (舒仆仂亠 仂于亠亠仆亳亠)
束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 从仗舒亠仄仂 亳亠仄 于亠仂亟亳仂亟仆仂亞仂 仂于亠亠仆亳 亳仂亟 仂仍仆亠仆仂亶 仆亠亞亳亳 舒) 仗亳 舒亠 仆舒 仂亟亳仆 从仂亳亟仂 于 从舒亠亳仆弍亞亠 (亢.从于.仄/仄亠) 800 700 600 500 亳仂亟, 亢/从于.仄.仄亠 400 300 200 100 弍) 仗亳 舒亠 仆舒 于 亰亟舒仆亳亠 0 1 2 3 4 5 6 7 8 9 10 11 12 Conclusion 1.Transition to light-emitting diode illumination, considerably (up to 3 times) reduces expenses of state institutions, specifically universities, in power supply. 2. Solar PVC use is reasonable only at the use of LED-fixtures with low power inputs. 3. Application of LED-fixtures in a complex with solar PVC allows to reduce operational expenses up to 4 times, to increase reliability of power supply both in the megalopolis universities, and in establishments of the remote power-decentralized areas in the midland of Russia, in the long term to lower the issue of greenhouse gases due to decrease in the use of organic fuels.

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00 presentation led solar ur fu

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  • 5. 束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 个仂仂仍亠从亳亠从舒 舒仆亳 丐亅个 亳 仗亠仗亠从亳于舒 亠 舒亰于亳亳 个仂仂仍亠从亳亠从舒 舒仆亳 丐个-2- 960 (4240 ) 舒仗仂仍仂亢亠仆亳亠 36 个亅 仆舒 亠仆亠 亰亟舒仆亳 丐亅个 丕个丕 (于舒亳舒仆) 丼亠亢 亳 亞舒弍舒亳仆亠 舒亰仄亠 仂仂仍亠从亳亠从仂亞仂 仄仂亟仍 个仂仂仍亠从亳亠从亳亶 仄仂亟仍 RZMP-220-T
  • 6. 束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 弌从仆舒 亠仄舒 仂于亠亠仆亳 仆舒 仂仆仂于亠 于亠仂亟亳仂亟仆 仍舒仄仗 亳仗仂仍亰仂于舒仆亳亠仄 仂仍仆亠仆 个亅 仂亳亟仂 亰亟舒仆亳 丐个 丕个丕 仂 舒仆仄 仂于亠亠仆亳亠仄
  • 7. 束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 仆于亠仂 束亅仆亠亞亳晛 24/220 仂仆仂仍仍亠 Xantrex XW (XW-MPPT60-150) 亠亠亟仆 亳 亰舒亟仆 仗舒仆亠仍 1-于仂亟仆亠 仂亰亠从亳 220; 2-亳仆亟亳从舒仂; 3-从仆仂仗从亳 仗舒于仍亠仆亳 亳 仗仂亞舒仄亳仂于舒仆亳; 4-于亠仂亟亳仂亟仆亠 亳仆亟亳从舒仂; 5-舒亰仄 亟仍 于磶亳 从仂仄仗ﾑ亠仂仄 亳仍亳 仄仂亟亠仄仂仄; 6-舒亰仄 亟仍 仗亳舒仆亳 仄仂亟亠仄舒; 7-仄弍仍亠 亟仍 于从仍/于从仍 仆亳亰从仂于仂仍仆仂亞仂 仗亳舒仆亳 ; 8-亳仍仂于亠 仆亳亰从仂于仂仍仆亠 仗仂于仂亟舒 亟仍 仗仂亟从仍ﾑ亠仆亳 从 ; 9-亠亠于仂亶 仗亠亟仂舒仆亳亠仍 (舒于仂仄舒); 10-于仂亟 亟仍 亠亠于仂亞仂 仆舒仗礀亠仆亳 220 丱舒舒从亠亳亳从舒 舒舒仄亠 舒从亳仄舒仍仆舒 仄仂仆仂 (亠亢亳仄 8,8 舒从亳于仆仂亶 仆舒亞亰从亳) (从): 舒舒仄亠 仆舒亠仆亳亠 亳从仂于舒 仄仂仆仂, 5 亠从 (从): 13 仂仄亳仆舒仍仆仂亠 12,24,36, 仂仄亳仆舒仍仆舒 仄仂仆仂 (从): 6 仆舒仗礀亠仆亳亠 , 48,60 舒亳舒 亠亳 仂 从仂仂从仂亞仂 舒于仂仄舒 舒从亳仄舒仍仆仂亠 亰舒仄从舒仆亳 (仗亠亟仂舒仆亳亠仍 / 舒弍仂亠亠 仆舒仗礀亠仆亳亠 140 舒于仂仄舒): 丐仂从 仂仍仂仂亞仂 仂亟舒, 0,7-0,9 弌, 舒从亳仄舒仍仆仂亠 85-90% 仆舒仗礀亠仆亳亠 150 仂仗亳仄仂亠 仆舒仗礀亠仆亳亠 亠亳, 180-280 仂仍仂仂亞仂 仂亟舒, 亠仄 仗亠亠从仍ﾑ亠仆亳,仄 15-20 丐仂从 从仂仂从仂亞仂 -亠-亳仆于亠仂 5 亰舒仄从舒仆亳 弌, 60 -亳仆于亠仂-亠 弍亠亠 舒弍仂亠亠 舒弍舒亳仆亠 舒亰仄亠,仄仄 170X260X410 仗仂亠弍仍亠仆亳亠, 2,5 舒舒,从亞 28
  • 8. 束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 舒仆亠仍 仗舒于仍亠仆亳 亳 舒仗亠亟亠仍亳亠仍仆亶 从舒 弌亠仄舒 从仂仄仄舒亳亳 舒仗仂仍仂亢亠仆亳亠 仆舒 仗舒仆亠仍亳 仗舒于仍亠仆亳 亳 从仂仄仗仂仆仂于从舒 仂弍仂亟仂于舒仆亳 于 从舒 1-亳 仗舒于仍亠仆亳; 2-舒仗亠亟亠仍亳亠仍仆亶 从舒; 丱舒舒从亠亳亳从亳 舒从从仄仍仂仆仂亶 弍舒舒亠亳 3-亳仆于亠仂 損亅仆亠亞亳晛; 4-舒从从仄仍仂仆亠 弍舒舒亠亳 (4); 5-从仂仆仂仍仍亠 束Xantrex損; 6-仗亳弍仂 从仂仆仂仍(舒仄仗亠仄亠 亳 于仂仍仄亠) 亰舒 于仂亟仆仄亳 仗舒舒仄亠舒仄亳 个亅; 7- 仗亳弍仂 从仂仆仂仍 仗仂亠弍仍磳仄仂亶 仆亠亞亳亳 于亠仂亟亳仂亟仆仄亳 于亠亳仍仆亳从舒仄亳 仆舒 于亠于亳 220; 8- 仗亳弍仂 从仂仆仂仍 仗仂亠弍仍磳仄仂亶 仆亠亞亳亳 于亠仂亟亳仂亟仆仄亳 于亠亳仍仆亳从舒仄亳 仆舒 于亠于亳 24
  • 9. 仂亠仆亳舒仍 舒亰仄亠亠仆亳 LED 于亠亳仍仆亳从仂于 亳仗仂仍亰仂于舒仆亳亠仄 仂仍仆亠仆 个亅 于 丕个丕 仂亳亟仂 个 (舒仆仂亠 仂于亠亠仆亳亠) 仂亳亟仂 (舒仆仂亠 仂于亠亠仆亳亠) 丶亠仆舒仍仆仂亠 仂亶亠 1-亞仂 舒亢舒 丕个丕 个仂亶亠 丕个丕 (舒仆仂亠 仂于亠亠仆亳亠) 仂亳亟仂 丐个 仂 于亠仂亟亳仂亟仆仄 仂于亠亠仆亳亠仄 仆舒 弍舒亰亠 亠从仂从亳亶 从仂亳亟仂 于 于亠亠仆亠亠 仂亳亟仂 亅个 仂仍仆亠仆 个亅 仂亳亟仂 从舒亠亟 仂弍亠亶 亳亰亳从亳 (舒仆仂亠 仂于亠亠仆亳亠) 于亠仄 仆亢亟舒亠 于 仂于亠亠仆亳亳 (舒仆仂亠 仂于亠亠仆亳亠)
  • 10. 束EXPERIENCE OF USING SOLAR ENERGY IN ILLUMINATION SYSTEM OF UNIVERSITY BUILDINGS WITH AN APPLICATION OF LED-FIXTURE IN THE MIDLANDS OF RUSSIA損 束Bellona-2011損 从仗舒亠仄仂 亳亠仄 于亠仂亟亳仂亟仆仂亞仂 仂于亠亠仆亳 亳仂亟 仂仍仆亠仆仂亶 仆亠亞亳亳 舒) 仗亳 舒亠 仆舒 仂亟亳仆 从仂亳亟仂 于 从舒亠亳仆弍亞亠 (亢.从于.仄/仄亠) 800 700 600 500 亳仂亟, 亢/从于.仄.仄亠 400 300 200 100 弍) 仗亳 舒亠 仆舒 于 亰亟舒仆亳亠 0 1 2 3 4 5 6 7 8 9 10 11 12 Conclusion 1.Transition to light-emitting diode illumination, considerably (up to 3 times) reduces expenses of state institutions, specifically universities, in power supply. 2. Solar PVC use is reasonable only at the use of LED-fixtures with low power inputs. 3. Application of LED-fixtures in a complex with solar PVC allows to reduce operational expenses up to 4 times, to increase reliability of power supply both in the megalopolis universities, and in establishments of the remote power-decentralized areas in the midland of Russia, in the long term to lower the issue of greenhouse gases due to decrease in the use of organic fuels.