ABSTRACT
Solar cells are now flexible and perform well in general. because it makes it possible to combine hybridising to create a range of nanostructures. Due to the carbon–carbon bond versatility in three geometrics, the solid and molecular material propose a wide variety of features. Carbon is a versatile and necessary material used to assemble 1D, 2D, and 3D (dimensional) networks. Carbon nanoparticles are the perfect material for use as flexible solar cells because of their excellent conductivity, accurate transparency, high stability, adequate flexibility, and adjustable energy levels. The significance of carbon nanostructures like graphene for solar applications is discussed in this chapter. Graphene is perfect for use as software in flexible solar cells because of its many beneficial properties.
