Presentationof the project

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Uzbek Academy of sciences
Institute of power engineering and automation
Proposed project for international
collaboration
Construction of solar field in fuel boiler house for
pre-heating water by using new scheme and
vacuum-tube collectors.
Project executor: Anarbaev Anvar Izatullaevich
Telephone: (+998 71) 266 82 17
E-mail: [email protected]
 Financing of project: 175000 $ from international
funds, 25000 $ from government of Uzbekistan
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Categories of financing:
-current: salary - 10000 $
-equipment: 180000 $
- education: 3000 $
-consulting: 2000 $
-other: transportation and installation equipment –
5000 $
 Goal of project:
 creation ecologically heat source for pre-heating water in heat
supply systems by using solar energy
 Issues of project:
 -development of new scheme solar-fuel system in boiler
house with greater replacing coefficient of load by solar
energy in republic;
 -installation solar field 160 m2 in boiler house, which cross
heat exchanger in tank preheating water without losses in
solar collectors to environment;
 - carry out monitoring of work fuel-solar boiler house during
year
EQUIPMENT OF SOLAR SYSTEM WITH
REPLACE FLAT COLLECTORS TO
VACUUM-TUBE
CALCULATION HEAT PRODUCTIVITY SOLAR FIELD BY AREA
160 M2 FOR CONDITION TASHKENT CITY
RESULTS AND EFFECT FROM REALIZATION THE PROJECT
Consumers are:
Two 38 apartment block, one 48 apartment block – total 124 apartments. For
family 3,5 number of people is equal: 124 х 3,5 = 434 people. For norm of hot
water 105 liters per day - total daily: 434 х 105 = 45570 liters per day.
220 peoples – for norm of hot water 50 liters per day for 1 men - total daily:
220 х 50 = 11000 liters per day.
Children garden on 160 places – for norm of hot water 25 liters per day for 1
children total daily: 160 х 25 = 4000 liters per day.
Total: 60570 liters per day.
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According results of initial calculations solar field in boiler house “Chukursai”
Tashkent installed solar collectors 160 m2 will save during summer’s period –
14,0 %, during year – 9,2% replacing load.
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