The article considers the types and modes of tower and modular solar thermal power plants, the theory of activity of solar thermal power plants, heliostats, the fundamental scheme of solar thermal power plants, as well as the frequency of solar radiation and dropping solar radiation on the earth's surface. Methods of concentrating of solar energy utilizing modern technologies are introduced; elements of tower-type solar-energetic systems, factors of reliance on solar radiation are identified. The data on the indicators of solar radiation in the regions of Uzbekistan and also the forecast for reducing the cost of electric energy when using STPP, which will lead to savings in fuel and energy resources.
Maqolada minorali va modul tipidagi quyosh issiqlik elektr stansiyalari, QIES ishlash prinsipi, geliostatlar, minorali quyosh issiqlik elektr stansiyasining prinsipial sxemasi shuningdek, Quyosh nurlarining oqimi va yer yuzasiga tushayotgan quyosh radiatsiyasining intensivligi keltirilgan. Zamonaviy texnologiyalar yordamida quyosh nurlarini yig‘ish usullari va minora tipidagi gelioenergetik qurilmalar elementlari hamda tasnifi keltirilgan. O‘zbekiston regionlari bo‘yicha quyosh nurlanishining ko‘rsatkichlari va QIESlarda ishlab chiqilgan elektr energiyasi tannarxining pasayishi tahlillari keltiriladi, bu esa o‘z o‘rnida yoqilg‘i-energetik resurslarining tejalishiga olib keladi.
The article considers the types and modes of tower and modular solar thermal power plants, the theory of activity of solar thermal power plants, heliostats, the fundamental scheme of solar thermal power plants, as well as the frequency of solar radiation and dropping solar radiation on the earth's surface. Methods of concentrating of solar energy utilizing modern technologies are introduced; elements of tower-type solar-energetic systems, factors of reliance on solar radiation are identified. The data on the indicators of solar radiation in the regions of Uzbekistan and also the forecast for reducing the cost of electric energy when using STPP, which will lead to savings in fuel and energy resources.
В статье рассматриваются типы и виды солнечных тепловых электрических станций башенного и модульного типа, принцип работы солнечной тепловой электрической станции, гелиостатов, принципиальная схема башенной солнечной тепловой электрической станции, а также интенсивность излучения Солнца и падающей солнечной радиации на поверхность земли. Представлены способы концентрации солнечной энергии посредством современных технологий, описываются элементы гелиоэнергетических установок башенного типа, факторы зависимости солнечного излучения. Приводятся данные о показателях солнечного излучения по регионам Узбекистана, а также прогноз снижения себестоимости электрической энергии при использовании СТЭС, что позволит экономить топливно-энергетические ресурсы.
| № | Author name | position | Name of organisation |
|---|---|---|---|
| 1 | Umirova N.R. | Katta uqtuvchi | TDTU |
| 2 | Sayitkarimov A.Q. | 146-18guruh talabasi | TDTU |
| № | Name of reference |
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