| Abstract: |
As a global energy transition takes place, integration challenges in hybrid electricity systems increasingly require integrated solutions. This research explores the technical and operational challenges faced in integrating renewable energy and assesses measures that can be employed to improve grid stability in the face of increasing renewable energy share. In particular, key goals are to evaluate patterns of voltage fluctuations, frequency control methods, energy storage system performance, and smart grid technologies for integration of renewables. This study uses quantitative research design through secondary data analysis from world energy databases, government reports, and some peer-reviewed literature ranging from 2020-2024. This is the hypothesis that with a combination of advanced energy storage and Smart Grid technologies, that grid stability will be more robust in high renewable penetration scenarios. Show that the battery energy storage systems can reduce the frequency deviations in the order of 45-60% while hybrid configurations including, both solar and wind cause the capacity factor at the ranges of 35–42% Discussion show us integration costs are increasing exponentially at the level of 30% penetrations on renewables, up to 25-40 MWh at levels around 50% of penetration levels. It concludes that balancing renewable integration can only occur when there is a rapid deployment of energy storage, grid infrastructure upgrades, and forecasting technology that is capable of delivering hybrid electricity systems sustainably. |
