Authors :
Khaled Mohammed Ahmed Alkandari; Dr. FahadAlhajri
Volume/Issue :
Volume 8 - 2023, Issue 1 - January
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3XnzdOP
DOI :
https://doi.org/10.5281/zenodo.7632970
Abstract :
Solar and geothermal energy are recognized
for their good efficiency, safety, as well as ability to operate regardless of the weather. One of several applications wherein straight utilization of geothermal and
solar energy is used is geothermal and solar pumps, and
advancement in the augmentation of these renewable
energy sources is needed for future improvement in this
sector. The findings revealed that solar energy is much
more viable than geothermal resources because solar
energy has a lower initial investment than geothermal
energy. Furthermore, the solar system involves a lower payback period, which means it is considered the
most preferable system for the same operational life.
Also, the expenditure of the solar system is more secure
than in the case of geothermal power.
Keywords :
Coefficient of Performance, Renewable Energy, Operating Life, Geothermal HVAC System, Solar System.
Solar and geothermal energy are recognized
for their good efficiency, safety, as well as ability to operate regardless of the weather. One of several applications wherein straight utilization of geothermal and
solar energy is used is geothermal and solar pumps, and
advancement in the augmentation of these renewable
energy sources is needed for future improvement in this
sector. The findings revealed that solar energy is much
more viable than geothermal resources because solar
energy has a lower initial investment than geothermal
energy. Furthermore, the solar system involves a lower payback period, which means it is considered the
most preferable system for the same operational life.
Also, the expenditure of the solar system is more secure
than in the case of geothermal power.
Keywords :
Coefficient of Performance, Renewable Energy, Operating Life, Geothermal HVAC System, Solar System.
