Globally, renewable energy has grown remarkably. In the upcoming years, significant growth in the use of renewable energy is anticipated in India. With the majority of installations, solar energy led the renewable energy market, followed by wind energy. This demonstrates India's dedication to making the switch to a cleaner, more sustainable energy future. This research article discusses the design and fabrication of a prototype of a smart solar electricity generator flower i.e., the Smart Solar Flower (SSF), a unique and effective solar energy solution. It examines the features, advantages, and design of the SSF. The SSF, which was designed after flowers, autonomously tracks the sun to maximize energy harvesting. Photovoltaic panels, a solar tracking system, energy storage, a smart control unit, a self-cleaning mechanism, and sensors are some of its parts. The scalable and adaptive SSF may support energy-dependent systems, charge electric vehicles, power devices, and provide lighting. Intelligent sensor technology, machine learning, and Internet of Things connectivity enable autonomous adjustment based on the weather and energy consumption. Reduced reliance on fossil fuels, lower carbon emissions, and a sustainable future are all advantages for the environment. Installation expenses, energy savings, and money production are taken into account for economic viability. Efficiency, durability, and cost are explored along with challenges and prospects for the future. The SSF has significant promise for generating sustainable energy and revolutionizing the use of solar power to tackle global energy concerns.