Authors :
Reet Dhawan; Saba Karim; Utkarsh; Dr. JP Kesari
Volume/Issue :
Volume 8 - 2023, Issue 5 - May
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://bit.ly/42Vq83h
DOI :
https://doi.org/10.5281/zenodo.7953908
Abstract :
The Indian hospitality industry is facing a
shift from fossil fuel to clean energy technology. This
work aims to design a solar paraboloid dish based heat
system for cooking, laundry and bathing purposes. The
solar paraboloid dish is designed with dual axis tracking
for better efficiency. The performance of the system has
been compiled with major parameters such as physical
dimensions, energy generation potential, total energy
requirement, integration within plant, costing of the
installation and its economic analysis. The system can be
installed at various hospitality industrial plants with
high DNI values to make the industry more environment friendly and save them from fluctuating fossil fuel
prices.
Keywords :
Hospitality Industries, SIPH System, ParaboLoid Dish, Solar Energies, Mechanical Heat Process.
The Indian hospitality industry is facing a
shift from fossil fuel to clean energy technology. This
work aims to design a solar paraboloid dish based heat
system for cooking, laundry and bathing purposes. The
solar paraboloid dish is designed with dual axis tracking
for better efficiency. The performance of the system has
been compiled with major parameters such as physical
dimensions, energy generation potential, total energy
requirement, integration within plant, costing of the
installation and its economic analysis. The system can be
installed at various hospitality industrial plants with
high DNI values to make the industry more environment friendly and save them from fluctuating fossil fuel
prices.
Keywords :
Hospitality Industries, SIPH System, ParaboLoid Dish, Solar Energies, Mechanical Heat Process.
