Using advanced optimization algorithms, the tool evaluates various factors, such as grid topology, demand patterns, renewable generation forecasts, and the costs associated with the installation and operation of storage systems. This allows for the identification of the best locations to store energy, helping to absorb excess generation during low-demand periods and release energy during demand peaks. The Optimal Storage Placement Tool also facilitates scenario analysis, considering contingency situations and network variations. This helps ensure voltage stability, reduce transmission losses, and prevent infrastructure overloads, thereby improving grid resilience. The tool is flexible and can be adapted to different types of storage technologies, such as lithium-ion batteries, thermal storage, and emerging technologies. This flexibility enables energy planners to evaluate various options and select the most suitable solution for their needs.