I designed and developed an intelligent solar sizing and system planning tool that automates what is traditionally a manual, time-consuming engineering process. With minimal user inputs such as load demand, backup duration, and system preferences, the tool performs complete solar system calculations, including inverter sizing, solar panel configuration, and battery bank design.

Beyond sizing, it provides clear battery connection configurations (series and parallel setups) to ensure correct voltage and capacity matching for real-world installations. It also generates a full system breakdown and automatically calculates a detailed project budget when individual component prices are supplied.

This solution is built to support solar engineers and installers by improving accuracy, reducing design time, and simplifying decision-making from concept to implementation.