SUSTAINABLE ENERGY SOLUTIONS FOR URBAN INFRASTRUCTURE: ASSESSING THE ROLE OF RENEWABLE TECHNOLOGIES IN REDUCING CARBON EMISSIONS

Abstract

The issue of the carbon emissions as a result of the urban infrastructure has increased with the urbanization process and the rising usage of the energy, thus the need to utilize sustainable energy options cannot be overlooked. This paper used the mixed-methods experimental design and established the efficiency of renewable energy technology in reduction of carbon in urban setting. Whereas the qualitative works indicated the findings in the context of governance and policies, the comparison of scenarios through the prism of quantitative modeling was applied between the typical fossil-based system and different rates of renewable energy integration. The overall impact, as per the results, of the increased use of renewable technology is a drastic decrease in the total quantity of carbon intensity of the aggregate energy consumption and urban carbon emissions. The energy storage and renewable systems that were hybrid led to emission reductions that people could experience the most because of the improvement of matching the supply and the demand. Sensitivity analysis also showed that as renewable capacity is augmented by a small structure through the integration of energy saving measures the compounding benefits also go up in small steps. Qualitative research has established stakeholder involvement, institutional preparedness and positive policies as the most important agents in the attainment of effective implementation. On the whole, the article demonstrates that renewable energy technologies are needed in the urban infrastructure decarbonization and sustainable urbanization, and they can provide evidence-based information to support the process of climate mitigation and urban energy planning.