ABOUT THE AUTHORS
The key research area of authors is optimal sizing
of renewable energy system.
This paper information is very helpful for
pre-analysis of hybrid renewable energy
system design. This work analyzed the different
combinations of hybrid renewable energy source
model and compared each other on the basis of
emission, fuel consumption, cost, and component
used in the system. This study gives the hybrid
system consisting of PV/Wind/Battery/Generator
which is a feasible solution. The total net
present cost, cost of energy, operating cost, and
emission are very less for the presented hybrid
renewable energy combination compared to the
other. This paper addresses the issues related
to the feasibility of the system, combination of
renewable source and cost function for pre-
analysis of any hybrid practical system and wider
projects.
PUBLIC INTEREST STATEMENT
The aim of the paper is to electrify those remote
locations where the utility supply is not available.
In all over the world many remote location areas
where the electricity supply is so costly due to the
higher transportation cost, transmission losses,
etc. to sort out all these problems renewable
energy is the better option. Solar and wind energy
resources are freely available in atmosphere
thus utilizing these renewable energy sources
to power generation is easy and economic. This
type of hybrid system can be modeled near to the
consumer, which reduces the transmission cost,
losses, and transportation cost. Hybrid renewable
energy system is environment friendly because it
does not produce harmful gasses such as carbon
dioxide, unburned hydrocarbons, sulfur dioxide,
and nitrogen oxides.