Floating photovoltaics is a prevailing technology in the energy sector, owing to its advantages over traditional solar photovoltaic systems. The rise and the rapid expansion of technology require persistent development activities to make it more affordable for widespread global adoption. In this regard, studies carrying out multidimensional floating photovoltaics investigations and their outcomes are frequently reported in the literature. However, the creation of the floating structure is not explored; rather, only the used elements are reported. This becomes a hurdle in creating the floating structure for photovoltaic systems and therefore, this work aims to provide a comprehensive step-by-step formation of the floating structure for solar photovoltaics on water. The outcome shows the development of a simple floating photovoltaic structure that is welding-free, portable, modular, assembly-friendly, demountable, affordable, cost-efficient, and durable in harsh weather. This detailed guide on the floating structure formation de-escalates the difficulties in deploying photovoltaic panels on the waterbody.