РАЗРАБОТКА КЕРАМИЧЕСКИХ ТЕПЛОГЕНЕРИРУЮЩИХ СОЛНЕЧНЫХ КОЛЛЕКТОРОВ-ПЛИТ

С.С. Апоян
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Abstract

An urgent problem of the modern world is the global warming of the Earth, fraught with a climatic catastrophe. In addition, an important strategic task for Armenia is the issue of reducing the costly imported risky supplies of hydrocarbon and nuclear fuel and increasing the country's energy security. The Union of Armenian Ceramics Manufacturers has developed a new generation of ceramic heat-generating solar collector- plates, which allow converting solar energy into thermal energy of hot water in a more efficient, easily accessible and cheap way. Water heated in such an environmentally friendly and widely available way can be used for hot water supply (DHW) and additional auxiliary heating of premises. In Armenia, to obtain hot water for domestic and technical needs, electricity is used and hydrocarbon fuel is burned in an amount equivalent to USD 200...300 million per year. At the same time, tens of thousands of tons of carbon dioxide, water vapor and other greenhouse gases are emitted into the atmosphere. With the massive introduction of ceramic solar collector plates, for example, in the form of roof tiles or other facade elements, it is possible to obtain very cheap hot water for hot water supply and warm air for additional auxiliary heating of premises in the spring - autumn seasons of the year. The mass introduction of collector tiles (the so-called "heliofication" of buildings, countries) will save a significant amount of electricity, natural gas and other types of fuel for heating water, and significantly reduce the emission of greenhouse gases into the atmosphere. The large-scale introduction of solar roof tiles in several countries in the region is likely to help mitigate the global warming. The solarization of Armenia will also make it possible to reduce the expenditure of financial resources for the purchase of energy carriers and direct the saved funds to the development of the country's economy.
现代世界的一个紧迫问题是地球的全球变暖,充满了气候灾难。此外,亚美尼亚的一项重要战略任务是减少昂贵的危险的碳氢化合物和核燃料进口供应,并增加该国的能源安全。亚美尼亚陶瓷制造商联盟开发了新一代陶瓷发热太阳能集热器,使太阳能以更有效、更容易获得和更便宜的方式转化为热水热能。以这种环保和广泛使用的方式加热的水可用于热水供应和房屋的额外辅助供暖。在亚美尼亚,为了获得家庭和技术需要的热水,需要使用电力和燃烧碳氢化合物燃料,其金额相当于200美元……每年3亿美元。与此同时,成千上万吨的二氧化碳、水蒸气和其他温室气体被排放到大气中。随着陶瓷太阳能集热器板的大量引入,例如,以屋顶瓦片或其他立面元素的形式,可以在一年中的春季和秋季获得非常便宜的热水供应和温暖的空气,用于额外的辅助供暖。大量引进集热器瓦片(所谓的建筑物、国家的“日光化”)将节省大量的电力、天然气和其他类型的用于加热水的燃料,并显著减少温室气体排放到大气中。该地区几个国家大规模引进太阳能屋顶瓦片可能有助于减缓全球变暖。亚美尼亚的太阳能化也将使其能够减少用于购买能源载体的财政资源支出,并将节省下来的资金用于发展该国的经济。
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