Due to the high temperature of solar thermochemical reactors that produce hydrogen,the glass that receives the concentrated light flux is deformed. Therefore, it is necessary to cool thebottle, which leads to the modernization of the reactor design.The light-transmitting unit of the solar thermochemical reactor has a metal body and a lighttransmitting glass. The metal body is made in the form of a hollow cylinder with two holes on the sidefor water circulation. On both sides of the housing there are light-transmitting windows with sealedgaskets, secured by covers equipped with holes for bolted connections to the housing. Based on the results of the research, the cooling water cycle for the block was optimized fordifferent temperature ranges of the radiant unit of the solar thermochemical reactor. This study wassimulated in COMSOL Multiphysics.With the speed of incoming water to cool the light aperture block of the solar thermochemicalreactor being 1 m/s and the inlet opening being 4-4.5 mm, the amount of water coming out everysecond is close to 1 mole, and we can supply water to the two-stage thermochemical cycle by sendingthis heated water directly to reactor
| Mualliflar | Ahmadov, Khushdil |
|---|---|
| Jurnal | Инновацион технологиялар |
| Nashr sanasi | 2024-12-24 |
| Jild | 53 |
| Son | 01 |
| Til | Ingliz |
solar energy, solar reactor, light-transmiting unit, heat flow, thermochemical reactor, transparent glass, conversion efficiency, quyosh energiyasi, quyosh reaktori, nur o‘tqazuvchi blok, issiqlik oqimi, termokimyoviy reaktor, shaffof shisha, konversiya samaradorligi, солнечная энергия, солнечный реактор, блок светового проема, тепловой поток, термохимический реактор, прозрачное стекло, эффективность преобразования
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