This brief note addresses the method of adding heat to a solar pond from an external source which is used to enhance the performance of a solar pond. Heat energy collected by Evacuated Tube Solar Collectors (ETSC) is transferred by circulating fluid from the Lower Convective Zone (LCZ) of a solar pond. While adding the heat, a strange phenomenon is observed here which is against the intuition that higher the amount of heat added to the pond higher will be the temperature of the pond always. It is noticed that in the case of no or low heat extraction from the pond the heat is actually lost from the pond to the circulating heat adding fluid in specific periods of time which causes a drastic downfall of solar pond temperature. Moreover, it is ...
Solar ponds are bodies of water in which heat convection resulting from the absorption of solar radi...
An alternative method of heat extraction from salinity-gradient solar ponds is investigated with the...
In this study, heat extraction from both the gradient and heat storage zones of a salinity-gradient ...
This brief note addresses the method of adding heat to a solar pond from an external source which is...
This study addresses the method of adding heat to a salt gradient solar pond (SGSP) from external so...
Solar energy has a promising future as one of the most important types of renewable energy. Solar po...
The method of heat recovery from the ground below solar ponds is investigated in the present brief n...
In salinity gradient solar ponds (SGSPs) solar thermal energy is mainly stored in the lower-convecti...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
A study of the heat transfer and fluid flow processes governing heat rejection to the surface layer ...
Solar energy is likely to be the energy of the future; solar ponds, especially salinity gradient sol...
Heat has generally been successfully extracted from the lower convective zone (LCZ) of solar ponds b...
Solar ponds offer an effective way to collect and store incident solar radiation, making them an at...
Solar energy is a substantial source of clean and renewable energy. Recently, solar pond technology ...
Solar ponds are bodies of water in which heat convection resulting from the absorption of solar radi...
An alternative method of heat extraction from salinity-gradient solar ponds is investigated with the...
In this study, heat extraction from both the gradient and heat storage zones of a salinity-gradient ...
This brief note addresses the method of adding heat to a solar pond from an external source which is...
This study addresses the method of adding heat to a salt gradient solar pond (SGSP) from external so...
Solar energy has a promising future as one of the most important types of renewable energy. Solar po...
The method of heat recovery from the ground below solar ponds is investigated in the present brief n...
In salinity gradient solar ponds (SGSPs) solar thermal energy is mainly stored in the lower-convecti...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
A study of the heat transfer and fluid flow processes governing heat rejection to the surface layer ...
Solar energy is likely to be the energy of the future; solar ponds, especially salinity gradient sol...
Heat has generally been successfully extracted from the lower convective zone (LCZ) of solar ponds b...
Solar ponds offer an effective way to collect and store incident solar radiation, making them an at...
Solar energy is a substantial source of clean and renewable energy. Recently, solar pond technology ...
Solar ponds are bodies of water in which heat convection resulting from the absorption of solar radi...
An alternative method of heat extraction from salinity-gradient solar ponds is investigated with the...
In this study, heat extraction from both the gradient and heat storage zones of a salinity-gradient ...