ELIOSYSTEMS FOR INCREASING THE EFFICIENCYOF THE USE OF SOLAR ENERGY IN CONCRETE TECHNOLOGY

2021

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DOI 10.34708/gstou.2021.55.50.007
Data confidence 70 medium
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Abstract

Приведены результаты исследования влияния предложенных гелиосистем для повышения эффективности использования солнечной энергии в технологии бетона. При этом исследованы температурные поля бетона изделий, выдерживаемых под гелиопокрытием с межпленочным переменным сечением (МПС). Изучены влияние модуля открытой поверхности на температурный режим твердения, распределение температуры по сечению. Опыты показали эффективность использования солнечной энергии применением гелиотехнической системы для интенсификации твердения бетона в условиях сухого жаркого климата. The results of the study of the influence of the proposed heliosystems for increasing the efficiency of using solar energy in concrete technology are presented. In this case, the temperature fields of the concrete of products maintained under solar coating and under the MPS were investigated. The effect of the open surface modulus on the temperature regime of hardening, the temperature distribution over the cross section, was studied. The experiments showed the efficiency of the use of solar energy by using a solar system for the intensification of concrete hardening in a dry, hot climate.