Details Design Strategy Analysis of a Hybrid Energy System Boat in Efficient Way

Several nations of the world are experiencing scarcity of bioenergy so substitute provisions are desired for them. On the other hand, there are numerous riparian countries that need further modernization of river routes. This research is going to address these both issues. The main purpose of the paper is to study the sizing of a photovoltaic (PV) of a hybrid energy system in proper way. And also, an effective design strategy was analysed in this project for of hybrid energy system boat. First, the boat size calculation is studied based on the existing boat design to obtain an efficient solar PV system. Motor used in such boats are 3hp, 5hp, 10hp sizing. Boat can be run directly through sun light or incorporated with battery bank. PV size depends on battery decision. PV size can be 5Kw, 10Kw, 20Kw depending on load demand. Battery backup depends on the duration of the backup time. Optimal boats offer higher PV power and lower battery capacity compared to existing boats. This means the best boats use more solar energy and less reliance on grid energy. Hybrid boat energy calculations and designs of are analysed and efficient one has been established in this research for best utilisation. This paper will be essential, immense help, and strong reference to those who are researching and building boats using hybrid energy.