Improving the performance of a modified hemispherical solar distiller using a double-faces absorbing solar thermal receiver integrated with a solar concentrator
•Double-faces absorbing solar receivers integrated with solar concentrator (DFASTR&SC) are very effective choices.•New DFASTR&SC has a great influence on hemispherical solar distiller performance.•Use DFASTR&SC improved a hemispherical distiller yield to 8.65 l/m2 with improvement of 50....
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| Published in: | Solar energy Vol. 241; pp. 335 - 342 |
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| Main Authors: | , , , , , , |
| Format: | Journal Article |
| Language: | English |
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Elsevier Ltd
15-07-2022
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| Abstract | •Double-faces absorbing solar receivers integrated with solar concentrator (DFASTR&SC) are very effective choices.•New DFASTR&SC has a great influence on hemispherical solar distiller performance.•Use DFASTR&SC improved a hemispherical distiller yield to 8.65 l/m2 with improvement of 50.4%•Use DFASTR&SC improved the distiller thermal efficiency by 50.56% compared to the reference unit.•Use DFASTR&SC improved the exergy efficiency to 68% compared to 2.47% for the reference unit.
Innovative configurations and designs improve the performance of solar distillers. From this view, the present study aims to achieve the maximum possible benefit from a large condensation surface that characterizes the hemispherical distillers by increasing the evaporation rates. This was done by using a double-face absorbing solar thermal receiver integrated with a solar concentrator. To obtain the influences of double-faces absorbing solar thermal receiver integrated with a solar concentrator on hemispherical distiller’s performance. Two hemispherical distillers were fabricated and operated in El Oued City, Algeria, first is a modified hemispherical distiller using double-faces absorbing solar thermal receiver integrated with a solar concentrator (MHSD-DFASTR&SC), and the second is the reference distiller (traditional hemispherical solar distiller (THSD)). The experimental results indicate that MHSD-DFASTR&SC increases the productivity to 8.65 l/m2.day compared to 5.75 l/m2.day for THSD with an improvement of 50.4%. Consequently, due to this great increase in yield of MHSD-DFASTR&SC, the energy efficiency of MHSD-DFASTR&SC was increased by 50.56% compared to THSD. Furthermore, the daily exergy efficiency of MHSD-DFASTR&SC is 68% compared with 2.47% for THSD. |
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| AbstractList | •Double-faces absorbing solar receivers integrated with solar concentrator (DFASTR&SC) are very effective choices.•New DFASTR&SC has a great influence on hemispherical solar distiller performance.•Use DFASTR&SC improved a hemispherical distiller yield to 8.65 l/m2 with improvement of 50.4%•Use DFASTR&SC improved the distiller thermal efficiency by 50.56% compared to the reference unit.•Use DFASTR&SC improved the exergy efficiency to 68% compared to 2.47% for the reference unit.
Innovative configurations and designs improve the performance of solar distillers. From this view, the present study aims to achieve the maximum possible benefit from a large condensation surface that characterizes the hemispherical distillers by increasing the evaporation rates. This was done by using a double-face absorbing solar thermal receiver integrated with a solar concentrator. To obtain the influences of double-faces absorbing solar thermal receiver integrated with a solar concentrator on hemispherical distiller’s performance. Two hemispherical distillers were fabricated and operated in El Oued City, Algeria, first is a modified hemispherical distiller using double-faces absorbing solar thermal receiver integrated with a solar concentrator (MHSD-DFASTR&SC), and the second is the reference distiller (traditional hemispherical solar distiller (THSD)). The experimental results indicate that MHSD-DFASTR&SC increases the productivity to 8.65 l/m2.day compared to 5.75 l/m2.day for THSD with an improvement of 50.4%. Consequently, due to this great increase in yield of MHSD-DFASTR&SC, the energy efficiency of MHSD-DFASTR&SC was increased by 50.56% compared to THSD. Furthermore, the daily exergy efficiency of MHSD-DFASTR&SC is 68% compared with 2.47% for THSD. |
| Author | Khairat Dawood, Mohamed M. Refat Abd Elbar, Ayman El Hadi Attia, Mohammed Abdullah, A.S. Kabeel, A. Elnaby Kabeel, Abd Abdelgaied, Mohamed |
| Author_xml | – sequence: 1 givenname: Mohammed surname: El Hadi Attia fullname: El Hadi Attia, Mohammed email: attiameh@gmail.com organization: Department of Physics, Faculty of Science, University of El Oued, 39000 El Oued, Algeria – sequence: 2 givenname: Abd surname: Elnaby Kabeel fullname: Elnaby Kabeel, Abd email: kabeel6@f-eng.tanta.edu.eg organization: Mechanical Power Engineering Department, Faculty of Engineering, Tanta University, Tanta, Egypt – sequence: 3 givenname: Ayman surname: Refat Abd Elbar fullname: Refat Abd Elbar, Ayman email: ayman.refaat@f-eng.tanta.edu.eg organization: Mechanical Power Engineering Department, Faculty of Engineering, Tanta University, Tanta, Egypt – sequence: 4 givenname: Mohamed surname: Abdelgaied fullname: Abdelgaied, Mohamed email: mohamed_abdelgaied@f-eng.tanta.edu.eg organization: Mechanical Power Engineering Department, Faculty of Engineering, Tanta University, Tanta, Egypt – sequence: 5 givenname: A.S. surname: Abdullah fullname: Abdullah, A.S. organization: Mechanical Engineering Department, College of Engineering, Prince Sattam bin Abdulaziz University, Saudi Arabia – sequence: 6 givenname: Mohamed M. surname: Khairat Dawood fullname: Khairat Dawood, Mohamed M. organization: Department of Mechanical Engineering, Faculty of Engineering, Suez Canal University, Ismailia, Egypt – sequence: 7 givenname: A. surname: Kabeel fullname: Kabeel, A. organization: Electronics and Communication Department, Higher Institute of Engineering and Technology in New Damietta, Egypt |
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| Keywords | Exergy Efficiency Solar Concentrator Performance Improvement Double-Faces Absorbing Solar Receiver Energy Efficiency Hemispherical Solar Distiller |
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