The Wind Turbine Composites Market are defined as the composites or components which are utilized in the production of wind turbine parts, such as blades and nacelles and others, which exhibits resilience and tensile strength. The use of composites helps in the production of lightweight components with excellent characteristics, low maintenance cost, resistance to corrosion, and long life of products. The growing focus over the renewable form of energy coupled with the rising demand for wind turbine composites from various end-use industries and positive government efforts to support wind energy projects are some factors which are expected to increase the demand for wind turbine composites in the global market.

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A wind turbine consists of several parts such as a hub, gearbox, blades, nacelle, and tower, amongst which wind turbine blades and nacelle are generally composed of composite materials such as glass and carbon fibers. However, these kinds of fibers are often associated with a certain set of limitations, such as their availability, non-biodegradability, harmful impact on health, and their fabrication cost involved, which is expected to be replaced by the use of natural fibers. The growing focus over several environmental issues has shifted the attention of the researchers and technologists upon the use of natural biodegradable materials, which has bolstered the use of natural fiber-reinforced polymer (NFRP) composites in wind turbine energy.

Natural fibers are defined as those substances which are made from plants, animals, minerals with the help of geological processes and can degrade over time. Natural fibers obtained from kenaf, bagasse, banana, sisal, flax, hemp, jute, abaca, and bamboo can be easily found and need low processing costs. They can be spun together into filaments, threads, or ropes and can be knitted, woven, or matted. The characteristic features of natural fibers may vary considerably according to their chemical composition and structure and are associated with fiber type as well as growing conditions, harvesting time, manufacture method, treatment, and storage processes. Such kind of reinforced composites forms a class of materials which not just exhibit superior mechanical features but can be potentially replaced with the conventional material systems in the wind industry. .

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