<![CDATA[Abstract: In the area of renewable energy, ground-breaking developments have resulted from the quest of effective, dependable, and sustainable energy solutions. One such invention is combining radio wave technology with solar cells to produce radio wave-integrated solar cells, which can convert energy from both ambient radio waves and sunshine. In-depth analysis of radio wave-integrated solar cells is presented in this work, focusing on their fundamental concepts, technological developments, design approaches, environmental effects, and potential to reshape the renewable energy sector. The efficiency, dependability, and environmental advantages of radio wave harvesting using solar cells are examined, as well as the difficulties it presents in terms of material selection, component integration, and system design. The study explores radio wave-integrated solar cells' disruptive potential in allowing autonomous, energy-efficient devices and smart ecosystems by examining radio wave-driven energy storage and communication for Internet of Things (IoT) devices. The strengths and weaknesses of conventional photovoltaic systems and radio wave-assisted solar cells are compared, taking into account issues like energy production, dependability, cost, environmental effect, and integration difficulties. The environmental advantages and difficulties of radio wave-integrated solar cells are examined, as well as the possibility of reusing ambient radio wave energy. The paper discusses the potential of radio wave-integrated solar cells in the future and projects improved energy resilience, urban energy harvesting, and the establishment of integrated energy ecosystems. In order to tackle difficulties including rectification losses, material sustainability, and regulatory compliance, interdisciplinary cooperation are crucial. The study ends by imagining radio wave-integrated solar cells as a pillar of the transition to sustainable energy, ready to revolutionize energy production, communication, and sustainability in a dynamic and linked society.]]>
