The increasing demand for electricity in residential areas demands the expansion of efficient and reliable distribution channels. This study aims to analyze the technical, economic, social, and environmental aspects of the expansion of 20 kV electricity distribution channels in housing. From a technical point of view, the use of a voltage of 20 kV was chosen to support the efficiency of transmission and long-distance distribution with minimal power loss. Economically, the project requires a significant initial investment, but can provide long-term benefits in the form of cost efficiencies and reduced power outages. From a social perspective, improving electricity reliability can improve the quality of life of residential communities, although socialization and coordination are needed to minimize disruptions during the construction phase. Environmental analysis shows the importance of selecting environmentally friendly materials and designing paths that minimize the impact on local ecosystems. The results of the analysis show that the expansion of 20 kV electricity distribution channels in housing is a feasible and sustainable solution, with a significant positive impact on socio-economic development and community comfort.