Abstract:
Current world scenarios demand the need of making fabrication more sustainable with renewable
energy sources as it plays a vital role in global sustainability. The technological and scientific
advancement along with population growth in exponential rate demands more electricity and the
production of energy is slighter as per demand put forward by the vast population which leads a
massive power crisis in all over the world especially developing nations like India. The area of
composites has obtained great application interest in a number of predominant fields from
consumer products to aerospace. Hence lot of energy is utilized from non-renewable sources to
fabricate the enormous number of composites. Utilization of renewable source of energy in
fabrication of materials will result in a decreasing energy demand. The sustainable power or energy
sources are hypothetical approaches to produce energy from everlasting limitless standard assets.
Sun, the everlasting source of light is renewable energy source which consists of ultraviolet rays,
infrared rays and visible light rays. Curing of fiber reinforced in light sensitive photopolymer
composites is usually done with the aid of UV sources. An investigation of curing the above mentioned type of composite with the help of UV from direct Sunlight is carried out in this study.
Sunlight curing of composites will help to explore its usefulness as a sustainable, renewable as
well as cost-effective production technique without unacceptable sacrifices of mechanical
properties. This technique will eventually reduce a vast amount on energy demand and can be
considered as a sustainable technique.
