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Carlos Morón1, Alejandro Payán2, Alfonso García3
1Grupo de Sensores y Actuadores, Dpto. Tecnología de la Edificación, Universidad Politécnica de Madrid, 28040 Madrid, Spain. carlos.moron@upm.es.
This study evaluates home automation system implementations for a typical Spanish home, analyzing energy savings and cost-effectiveness. The findings assess the suitability of smart home technology for widespread adoption in Spain.
Area of Science:
- Building Automation
- Energy Efficiency
- Smart Home Technology
Background:
- The study focuses on a 67 sqm home in Galapagar, Madrid, typical of Spanish housing.
- A four-member family will occupy the residence, providing a realistic user scenario.
Purpose of the Study:
- To develop and evaluate home automation system proposals for a standard Spanish dwelling.
- To assess the adequacy of home automation for a significant percentage of Spanish housing.
- To analyze energy savings and economic amortization periods for proposed systems.
Main Methods:
- Three home automation proposals were developed based on client needs and Spanish House and Building Automation Association (SEAH) standards.
- Two additional proposals focused on safety and technical alarms.
- Systems were detailed with product datasheets, distribution plans, budgets, and flow charts.
Main Results:
- Evaluations included expected energy savings (lighting, water, gas) and economic amortization periods.
- Analysis was based on existing studies and current utility costs.
Conclusions:
- The study provides data-driven insights into the practical application and financial viability of home automation in Spain.
- Findings contribute to understanding the potential for smart home technology adoption in similar residential contexts.
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