logo
calendar23 Iyul 2022
view27
Main language:Uzbek

ҚУЁШ ВА БИОЭНЕРГИЯ БИЛАН ИСИТИЛАДИГАН “ЧОРВАЧИЛИК-ГЕЛИОИССИҚХОНА КОМПЛЕКСИ” НИНГ НОСТАЦИОНАР ҲАРОРАТ РЕЖИМИНИ МАТЕМАТИК МОДЕЛЛАШТИРИШ НАТИЖАЛАРИ

Field of Science:
pdf

62dbd440c62e5.pdf

PDF

INNOVATION TECHNOLOGIES

INNOVATION TECHNOLOGIES

Publish Articlesee more

ARTICLE ANNOTATION

quote
The article developed a non-stationary mathematical model of the solar greenhouse heating system in non-stationary mode based on the energy of biogas from animal waste and solar energy, which makes it possible to calculate the heat utilization factor of livestock buildings.

AUTHORS

SH.Ergashev

QarMII

G.Uzoqov

QarMII

T.Fayziyev

QarMII

Tags

# животные# пол# heating# heat loss# floor# количество теплоты# Animal# : гелиотеплица# теплопотери# ограждающие конструкции# расходуемый воздух# обогрев# испарения влаги# solar greenhouse# enclosing structures# consumed air# amount of heat# moisture evaporation

OTHER ARTICLES IN THIS JOURNAL

Rate Article

0
0 ratings
5
4
3
2
1

Article Identifiers

ROI:

https://eroi.uz/11.0032/A0722-0012

DOI:

Not Available

References

Ghosh, A., Ganguly, A., 2017. Performance analysis of a partially closed solar regenerated desiccant assisted cooling system for greenhouse lettuce cultivation. Sol. Energy 158, 644–653.

. Ozgener, L., Ozgener, O., 2010. Energetic performance test of an underground air tunnel system for greenhouse heating. Energy 35 (10), 4079–4085.

Ghosal, M.K., Tiwari, G.N., 2006. Modeling and parametric studies for thermal performance of an earth to air heat exchanger integrated with a greenhouse. Energy Convers. Manage. 47 (13–14), 1779–1798.

Sharan, G., Prakash, H., Jadhav, R., 2004. Performance of Greenhouse Coupled to EarthTube-Heat-Exchanger in Closed-Loop Mode.

Khayriddinov B.E., Namazov F.A., Ergashev Sh.H. About mathematical of heliobioenergetic citcuit for heating system of stock and poultry buildings. «Развитие энергосистем АПК: перспективные технологии» материалы международной научно-практической конференции Института агороинженерии, Челябинск, 2018. p.p 101-107.

Хайриддинов Б.Э., Холмирзаев Н.С., Эргашев Ш.Х., Нурматова Д.Ж., Отамуродов Р.Г. Математическая модель гелиобиоэнергетического контура для системы отопления животноводческих помещений. Международный научный журнал Молодой учёный №24 (158)/2017. С. 209-212.

Эргашев Ш.Х., Хайриддинов Б.Э. Исследование теплопередачи подпочвенного аккумулятора тепла гелиобиоэнергетической отопительной системы гелиотеплица-животноводческие помещения. Наука, техника и образование. Научно-методический журнал. Москва 2019. №11(64) . с. 34-41.

Didier Oudart, Etienne Paul, Paul Robin, Jean Marie Paillat. MATHEMATICAL MODELING OF WEIGHT AND THERMAL BALANCES DURING WINDROW COMPOSTING OF LIVESTOCK EFFLUENTS. Emissions of gas and dust from livestock, IFIP - Institut du Porc, 2013. ffhal-01461135.

Uzakov G.N. Technical and economic calculation of combined heating and cooling systems vegetable store-solar greenhouse// Applied Solar Energy. – Allerton Press, USA, 2012. –vol.48, №1. –PP. 60-61.

G.N. Uzakov. “Calculation of the heat engineering characteristics of a combined system of a vegetable storage facility and solar greenhouse”. // Applied Solar Energy 47.3 (2011): 248-251.

Shakhriyor Khamudillayevich Ergashev, Botir Egamberdiyevich Khayriddinov, Tulkin Amirovich Fayziyev. Biogas installation for processing of organic biomass. International Journal of Advanced Research in Science, Engineering and Technology. Vol. 7, Issue 12, December 2020. pp. 16250-16256.