The stored thermal amount using prismaticsolar pond


Abstract in English

According to the importance of economic solar ponds in domestic and industrial daily practical applications and its international widespread, this created the basis of an experimental study on a prismatic solar pond. It is internally painted in black with a surface measurement of (1m2) and a lower measurement of (0.42m2) and 1m deep. It constitutes four levels of gradual salinity separated by transparent glassy tablets /home glass/ of (6mm) thickness. On its lower level, a black solid mass is placed (black volcanic stones of equal dimensions; almost around 1cm). Upon studying the temperature and the stored thermal amounts of via subsidiary time every day from 9 am until 5 pm, the average rate of stored thermal amount each hour calculated according to the following equation: (Q = m.Cp.ΔT) during six months (February until July 2016) was: 9962.445 KJ, 9516.28 KJ, 10783.471 KJ, 9765.836 KJ, 14010.393 KJ, 12164.320 KJ respectively.

References used

SHEKHAWAT,S.P.;DR.HALEGOWDA,N.V.;DR.HUSAIN,M. Turbidity and coagulation effect in salt gradient solar pond.IJSSBT.2(1),2013,57
EMAMI,Y.;MEHRANGIZ,S.;ETEMADI,A.;MOSTAFAZADEH,A.; DARVISHI,S. Abrief review about salinity gradient energy.International journal of smart grid and clean energy,2012,295
SINGH,B.;REMELI,F.;OBEROI,A.;TAN,L.;DATE,A.;AKBARZADEH,A. Electrical power generation from low grade heat of salinity gradient solar pond using thermo electric generators.Australian solar energy society(Australian solar council), 2014,1-2

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