Synergizing Solar Cell Innovation, Radio Wave Technology, and AI for Sustainable Business Growth: A Comprehensive Review


  • Mohammad Ali Independent Researcher Iraq


artificial intelligence, renewable energy, radio wave energy harvesting, solar cell technology, business, sustainability, decision-making, process automation, business intelligence, predictive analytics, IoT, energy storage, efficiency, cost considerations, regulations, hybrid systems, edge AI, 5G networks, environmental monitoring, precision agriculture, self-sustaining communication, AI-enabled IoT devices, energy conversion, decision-making, and environmental responsibility.


The convergence of solar cell technology, radio wave energy harvesting, and artificial intelligence (AI) is examined in this review article along with the complex effects these technologies have on sustainability and commerce. It explores the unique advantages and group benefits of these technologies, emphasizing how they may be used to solve urgent societal issues. As the foundation of renewable energy, solar cell technology has advanced significantly in terms of cost reduction, efficiency enhancement, and application expansion. It offers financial advantages to both individuals and businesses in addition to environmental benefits. Photovoltaic cell-equipped solar panels are found in a variety of locations, including isolated places, rooftops, and even built-into common objects. Though it is most recognized for its use in wireless communication, radio wave technology is also being applied to energy harvesting. By capturing and converting radio frequency (RF) energy into electrical power, radio wave energy harvesting creates possibilities for self-sufficient sensor and communication systems. It has significant implications for environmental monitoring, precision agriculture, and the Internet of Things (IoT). AI, a transformative force in the business world, underpins decision-making, process automation, business intelligence, and predictive analytics. AI-driven business models enhance efficiency, improve customer experiences, and create new revenue streams. They are making inroads across various industries, from finance and healthcare to supply chain management and digital marketing. The integration of these technologies holds immense promise, marrying sustainability with profitability. Solar-powered radio wave devices, for example, can offer autonomous and sustainable communication and monitoring solutions for environmental research, agriculture, and smart cities.





How to Cite

Mohammad Ali. (2024). Synergizing Solar Cell Innovation, Radio Wave Technology, and AI for Sustainable Business Growth: A Comprehensive Review. International Journal of Social, Humanities and Life Sciences, 1(1), 19–28. Retrieved from