Hydroelectric energy, a cornerstone of clean power, is facing the challenge of enhancing efficiency amidst a global push for renewable energy sources. While wind, solar, and hydrogen receive attention, hydroelectricity's vast output remains unmatched, generating over 4,300 TWh annually. However, limitations in new dam construction due to costs and environmental impacts have spurred engineers to innovate. Vortex hydroelectric systems, creating whirlpools for energy production, offer a solution to increase existing infrastructure efficiency by at least 10%. Despite needing a 4% growth rate to meet energy demands, hydropower's recent growth falls short, emphasizing the need for improvements. Recognized as a stable backbone of clean power, hydropower ensures grid stability with its high efficiency of 90% and ability to adapt to peak demand and renewable fluctuations. Engineers, like David Sattler, are unlocking the potential of vortexes in hydrogeneration, aiming to amplify electrical output by tapping into available energy within the vortex. Marstecs, under Sattler's leadership, has achieved a 10% increase in mass flow rate through penstocks, capturing more electricity. The innovation lies in harnessing not just mechanical energy but also electrostatic power, enhancing output significantly. As the quest for cleaner energy intensifies, vortex engineering emerges as a promising solution to maximize the efficiency and sustainability of hydroelectric power.