The performance of the 240 m2 solar pond in Bangalore is discussed. The problems of erosion of gradient zone and formation of internal convective zones is highlighted. The technique of passive salt addition is shown to be a viable alternative for salt recycling. Different techniques of heat extraction are discussed and the use of an immersed copper heat exchanger is shown to be most convenient. A two-zone model for prediction of the seasonal structure of the solar pond performance is proposed. The model is shown to simulate the seasonal structure of the observed variation of the temperature in the storage zone
This study presents a novel heat extraction method, which can be operated in batch or continuous, mo...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
A one dimensional transient mathematical model for predicting the thermal performance of the salt gr...
The performance of the 240 m2 solar pond in Bangalore is discussed. The problems of erosion of gradi...
Collection and storage of solar energy in salt gradient solar ponds under conditions of high ambient...
This paper deals with the modeling of two different solar ponds which has some different structural ...
In this study, we present an experimental investigation of energy distribution, energy efficiency an...
WOS: 000257809600007An experimental salt gradient solar pond having a surface area of 3.5 x 3.5 m(2)...
This work consists of both experimental and theoretical parts. In the experimental part, an insulate...
The interest in solar energy has increased substantially as a consequence of greenhouse gas emission...
Solar energy is likely to be the energy of the future; solar ponds, especially salinity gradient sol...
In this study, we present an experimental investigation of energy and exergy efficiencies of a small...
Solar energy has a promising future as one of the most important types of renewable energy. Solar po...
A solar pond has been fabricated to analyze the thermal behavior of it, in the climatic conditions o...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
This study presents a novel heat extraction method, which can be operated in batch or continuous, mo...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
A one dimensional transient mathematical model for predicting the thermal performance of the salt gr...
The performance of the 240 m2 solar pond in Bangalore is discussed. The problems of erosion of gradi...
Collection and storage of solar energy in salt gradient solar ponds under conditions of high ambient...
This paper deals with the modeling of two different solar ponds which has some different structural ...
In this study, we present an experimental investigation of energy distribution, energy efficiency an...
WOS: 000257809600007An experimental salt gradient solar pond having a surface area of 3.5 x 3.5 m(2)...
This work consists of both experimental and theoretical parts. In the experimental part, an insulate...
The interest in solar energy has increased substantially as a consequence of greenhouse gas emission...
Solar energy is likely to be the energy of the future; solar ponds, especially salinity gradient sol...
In this study, we present an experimental investigation of energy and exergy efficiencies of a small...
Solar energy has a promising future as one of the most important types of renewable energy. Solar po...
A solar pond has been fabricated to analyze the thermal behavior of it, in the climatic conditions o...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
This study presents a novel heat extraction method, which can be operated in batch or continuous, mo...
In this study, an experimental investigation of the performance of a salinity gradient solar pond (S...
A one dimensional transient mathematical model for predicting the thermal performance of the salt gr...