Improvement of Solar Photovoltaic Efficiency by Implementing a Cooling System
School Name
Center for Advanced Technical Studies
Grade Level
12th Grade
Presentation Topic
Engineering
Presentation Type
Non-Mentored
Oral Presentation Award
2nd Place
Abstract
This study is dedicated to fixing a problem that has existed in solar photovoltaics since the beginning of photovoltaics leading to overheating and lowered efficiency. The hypothesis for this is by implementing a cooling system then the efficiency will improve in the cell. The methods for this first to test the limit of the PV cells to get a power curve for valid evidence. Second is to test different cooling methods for use in the PV cell. Third will be to build a small module and test to selected cooling method. So far results show that PV cells that are cool do have a higher output than non-cool. With that the results support my hypothesis of increased efficiency and maintaining efficiency. With this research there can be more knowledge spread of this problem and systems can be put in place against. Further in the future a solar photovoltaic module will be built to test the system in a bit of a larger scale. Keywords: Solar, photovoltaics, cooling system, improvement, clean energy.
Recommended Citation
Carnes, Austin, "Improvement of Solar Photovoltaic Efficiency by Implementing a Cooling System" (2018). South Carolina Junior Academy of Science. 221.
https://scholarexchange.furman.edu/scjas/2018/all/221
Location
Lassiter 119
Start Date
4-14-2018 9:30 AM
Presentation Format
Oral Only
Improvement of Solar Photovoltaic Efficiency by Implementing a Cooling System
Lassiter 119
This study is dedicated to fixing a problem that has existed in solar photovoltaics since the beginning of photovoltaics leading to overheating and lowered efficiency. The hypothesis for this is by implementing a cooling system then the efficiency will improve in the cell. The methods for this first to test the limit of the PV cells to get a power curve for valid evidence. Second is to test different cooling methods for use in the PV cell. Third will be to build a small module and test to selected cooling method. So far results show that PV cells that are cool do have a higher output than non-cool. With that the results support my hypothesis of increased efficiency and maintaining efficiency. With this research there can be more knowledge spread of this problem and systems can be put in place against. Further in the future a solar photovoltaic module will be built to test the system in a bit of a larger scale. Keywords: Solar, photovoltaics, cooling system, improvement, clean energy.
