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Experimental investigation of ice-chamber for melting of ice based on Scheffler solar concentrator for high altitude regions

机译：基于Scheffler太阳能集中器进行高空区冰冰冰沉降的实验研究

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摘要

This experimental analysis was performed with the aim to melt the ice into hot water at very high altitude regions such as Leh Ladakh. Three different designs of ice-chamber were used to melt the ice with direct heating in minimum time. The radiations were focused on the receiver with the help of 1 m~2 Scheffler solar concentrator exposed to the atmospheric situations of NIT Kurukshetra. The Scheffler solar concentrator was fabricated with fiber-reinforced plastic material. The fabrication process is discussed in detail. The results obtained from the design showed that the ice frozen at -5°C completely melted, converting into water. The maximum temperature of water attained in the ice-chamber with receiver 1 (circular plate with fins), 2 (CPC with fins), and 3 (copper crucible) was 57.7°C, 64.3°C, and 67.4°C, respectively.
机译：进行该实验分析，目的是在非常高的高度地区（如Leh Ladakh）融化到热水中。三种不同的冰室设计用于在最短的时间内用直接加热熔化冰。在1 M〜2 Scheffler太阳能集中器暴露于Nit Kurukshetra的大气情况下，辐射集中在接收器上。舍克弗勒太阳能集中器采用纤维增强塑料材料制造。详细讨论了制造过程。从设计中获得的结果表明，在-5°C中冷冻的冰完全熔化，转化为水。用接收器1（带翅片的圆形板），2（带翅片）和3（铜坩埚）的冰室中获得的最大温度分别为57.7℃，64.3°C和67.4°C。

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