INTEGRATING PUMPED HYDRO STORAGE WITH RENEWABLE ENERGY TO IMPROVE GRID LOAD MANAGEMENT

Abstract

This research presents a multi-criteria evaluation technique for a sustainable mechanical arrangement that incorporates renewable sources. It investigates the most compelling methods to use the combined control of solar, hydro, and wind power to solve the difficulties of flexible, viable, and tried and true energy capacity. Scientific reenactments with cross-breed arrangements are created using a variety of constraints and working standards. An electrical development framework based mostly on wind and solar technologies, as well as pumped-storage hydropower plans, is drawn out in order to determine how much renewable energy and capacity are necessary to satisfy renewables-only era goals. The proposed strategy in the current study blends pumped hydro capacity innovation with a cross-breed sun-based wind turbine framework (a renewable vitality source) to alleviate vitality shortages while safeguarding network stability. Solar and wind power are inherently unpredictable and untrustworthy sources of energy. As a result, they cannot guarantee the critical stack request. However, by integrating these two renewable resources (solar panels and wind turbines) into a pumped hydro capacity configuration, the effects of fluctuation in solar and wind resources may be mitigated, making the overall system more predictable and economically sustainable to operate. According to the research, the most practicable strategy to achieving this goal is to combine pumped hydropower with solar and wind energy. The findings indicate that, in terms of feasibility and coherence, pumped hydro capacity combined with solar and wind energy is the best option for achieving energy independence.