Exploratory Results of Building-Integrated Small Hydro Pumped Storage (SHPS) Systems

Abstract

Waterpower, a form of renewable energy, has been used for irrigation since a thousand years ago with the construction of water turbines or mills. This project addresses energy management challenges in urban buildings by creating a small-scale hydro-pumped storage system using Pelton turbines. It consists of two phases: the initial conceptual stage and the subsequent implementation and analysis stage. In the first phase, thorough research defines the problem and gathers relevant data. Solidworks software is used to meticulously design system components, considering factors like water flow rates and head height. The second phase involves the preliminary result of the system and rigorous on-site testing to measure Pelton turbine performance metrics, including power output, torque, and water flow velocity. A comprehensive feasibility study evaluates the system's impact within a building context. Expected outcomes include a holistic system design, turbine selection, and seamless integration within the building infrastructure.