The transition from fossil fuels to renewable energy sources is critical for addressing the world’s energy shortage and mitigating greenhouse gas emissions. In this transition, solar photovoltaic (PV) technology which has the ability to convert sunlight into electricity is playing a crucial role. However, traditional PV flat modules have several difficulties, including poor energy collection capability without a solar tracking system, significant land demand, and limited aesthetic appeal, particularly in metropolitan areas. With the rapid growth of urbanization and the demand for sustainable energy solutions rises, there is a need to explore innovative ways to provide reliable power to small enterprises, particularly in rural areas and semi-urban areas of India. This research explores the feasibility and potential impact of deploying portable solar trees for small businesses, including street vendors, in rural and semi-urban regions. The proposed portable solar tree is envisioned as a portable, self-contained solar power unit that can be easily transported and deployed in areas where electricity is limited. This research aims to address the energy needs of these enterprises by harnessing solar energy to power essential equipment, such as cooking appliances, juicer & mixer, lighting, and mobile charging points. This research study presents an overview of the recently modified solar tree technology, focusing on its ability to address various challenges efficiently. Additionally, the research work highlights the primary challenges and limitations that hinder the commercialization of solar tree technology compared to the traditional PV systems while offering remarks for future entrants into the field.