Diseño estructural y de instalaciones de suites turísticas sustentables con sistema fotovoltaico en Santa Elena

Abstract

The parish of Chanduy, located in the province of Santa Elena, presents significant tourism potential that requires adequate infrastructure adapted to coastal environmental conditions. In this context, this project aims to develop the structural and building services design of a four-story building intended for tourist suites, using a steel structural system that ensures safety, stability, and construction efficiency under the seismic, environmental, and geotechnical conditions of the area. The structural design was carried out in accordance with the Ecuadorian Construction Code (NEC) and applicable international technical criteria, and structural modeling verified that vibration periods and interstory drifts comply with the established regulatory limits. The architectural layout prioritizes tourism functionality and user comfort, integrating natural ventilation and daylighting, while the incorporation of a photovoltaic panel system supplies approximately 50% of the building’s total energy consumption. Additionally, the implementation of a biodigester for organic waste management strengthens the project’s sustainability approach. Finally, the application of the BIM methodology enabled the development of more accurate drawings and quantity takeoffs, validating the technical and constructive feasibility of the building within the coastal environment of Chanduy. Keywords: Steel structure, Coastal tourism, Solar energy, Sustainability, BIM