Hybrid Portable Underwater Turbine-Solar Power: Harnessing Ocean and Solar Currents for Sustainable Energy

The rising demand for electrical energy in Iran exhibits an annual escalation, aligning with the goal of achieving a ۱۰۰% electrification ratio by ۲۰۵۰. Projections indicate a staggering sevenfold surge in electrical energy requirements, reaching a total of ۱,۶۱۱ terawatt-hours (TWh). This paper aims to introduce a novel approach centered around hybrid gadget configuration, encompassing modeling techniques, utilization of renewable power sources, establishment of optimization standards, and the implementation of manipulation strategies for these hybrid systems. Furthermore, the study delves into the software programs crucial for primary measurements in this context. Addressing this challenge necessitates innovative solutions to meet the escalating demand for electrical energy, harnessing the untapped potential of renewable sources. In response to this, inventive approaches have emerged in the realm of renewable energy, notably the development of the hybrid portable underwater turbine hydropower plant combined with solar energy. This convergence of technologies presents a promising avenue to diversify and bolster the renewable energy landscape in the pursuit of sustainable and efficient power generation. Utilizing undersea currents as its driving force, this hybrid power plant integrates underwater turbines with solar power to enhance electrical energy production. Its underwater turbine design, adept at withstanding underwater flows and optimizing water direction, contributes to heightened operational efficiency. The combined output reaches ۱.۰۲ kW per day, capable of supporting loads up to ۹۲۰ VA, encompassing applications such as lights, fans, and TVs. This innovative hybrid power plant presents a viable solution to address electricity needs in oceanic and sea environments.

کلیدواژه ها:

Underwater turbine ، Turbine Hydro ، Solar Energy ، Renewable Energy