Ўзбекистон республикаси фанлар академияси

Степень внедрения и экономическая эффективность: разработана и построена на гелиоплощадке КаршиГУ гелиотеплица с теплоаккумуляторами и с использованием тепловых отходов, которая позволяет сэкономить 30-32 кг. у.т. топлива 1 м² площадью теплицы и на фермерском хозяйстве Шахрисабзского тумана. Результаты работы могут быть использованы в учебном процессе при чтении дисциплин: «Нетрадиционные источники энергии», «Вторичные энергетические ресурсы» на Энергетических факультетах ВУЗов.
Область применения: использование солнечной энергии и тепловых отходов для обогрева теплиц, парников и овощехранилищ.
RESUME

Thesis of Vardiyashvili Aftandil Askarovich on the scientific degree competition of the doctor of philosophy in technical sciences on speciality 05.14.05 - Theoretical bases of heat – engineering, 05.14.08- Power installations on the base of renewable kinds of energy resources, subject “Research of heat power energy efficiency and heat-mass-transfer processes in greenhouses with using of waste heat”.

Keywords: solar radiation, temperature, greenhouses, waste heat, intensification of heat transfer, hydraulics resistance, model, efficiency, heat-wet-light mode.
Subject of the inquiry: a greenhouse with using of waste heat with single and double layer light transparent enclosures and heat accumulators of solar radiation and heat of smoke gazes from small boiler.
Aim of the inquire: theoretical and experimental research of scientific basing expediency of combined using of solar energy and waste heat in solar greenhouses.
Methods of inquiry: heat engineering calculation and experiments on natural conditions.
The results achieved and their novelty: developed analytic and criterial dependence, which describes changes of temperature in chamber of greenhouse and heat accumulating channels, temperature of external air and duration of work for using of waste heat and also coefficient of heat transfer from the surface of heating set to inner air of the greenhouse and equivalent coefficient of heat conductibility, which characterized a mechanism of heat-mass-transfer in horizontal wet air layer of the heat accumulating system of greenhouse.