Sustainable Architecture from Proper Recycling: Renewable Energy Integration and Housing Automation

The chapter delves into the urgent need for sustainable architecture to replace fossil fuels with renewable resources. It introduces a case study of a self-sustaining house located in Cuenca, Ecuador, designed to meet the basic needs of inhabitants autonomously. The study incorporates efficient recycling methods, solar energy integration, and advanced home automation systems. By leveraging solar radiation data and implementing strategic automation, the house achieves a high degree of self-sufficiency. The chapter also discusses the economic and environmental benefits of such sustainable housing solutions, emphasizing the potential for energy surplus and reduced construction costs. Through detailed analysis and real-time monitoring, the study concludes that sustainable housing is both feasible and advantageous, offering comfort, safety, and cost-efficiency.