Paper Title
SOLAR ENERGY HARVESTING CAPACITIES FOR SUSTAINABLE URBAN MANAGEMENT

Abstract
Greenhouse gas (GHG) emissions are rising, with about three-quarters of the increase coming from our energy consumption. Global consensus has thus evolved on the urgent need to accelerate the transition to energy models that are more sustainable, equitable, and environmentally friendly than existing practices. Despite occupying only 3% of the planet's surface, cities consume approximately 80% of the world's energy production and generate 75% of its GHG emissions. As a result, decarbonization of the energy industry is a critical requirement for sustainable growth and requires a substantial contribution from cities. A growing number of cities have set renewable energy targets to support the green energy transition. Many cities have established renewable energy targets to facilitate this green energy transition, with solar energy emerging as a prevalent and eco-friendly option. While solar panels adorn rooftops worldwide, their potential extends beyond conventional installations. This study delves into the practical viability of urban solar energy harvesting, examining structural and infrastructural considerations alongside detailed case studies illustrating challenges and opportunities. Using available strategies and current policy requirements, recommended resolutions are also provided for green energy transition and solar energy promotion. By addressing structural considerations, detailing challenges and opportunities, and implementing the study's recommended resolutions, city planners and urban developers are equipped to seamlessly integrate solar energy solutions into urban infrastructure, enabling the urban areas to make significant strides towards environmental sustainability and a greener future. Keywords - Solar Energy, Self-Sufficient City, Urban Planning, Decarbonization