Dr. Silvia Domingo Irigoyen
About Dr. Silvia Domingo Irigoyen
Dr. Silvia Domingo Irigoyen is a scientific researcher focused on the integration of green facades and photovoltaic systems to enhance urban environments. Her work emphasizes the benefits of these systems for biodiversity, air quality, and energy production.
Work at HSLU – Artificial Intelligence and Machine Learning
Dr. Silvia Domingo Irigoyen serves as a Wissenschaftliche Mitarbeiterin, contributing to research initiatives that focus on the intersection of green technology and urban development. Her work emphasizes the integration of sustainable practices within architectural frameworks, particularly through the use of green facades and photovoltaic systems.
Research on Green Facades and Photovoltaic Systems
Dr. Domingo Irigoyen has conducted extensive research on the benefits of green facades, highlighting their positive impacts on biodiversity, air quality, and noise reduction. She has explored the synergy between photovoltaic systems and green facades, aiming to enhance urban climates and energy production.
Participation in GreenPV Project
Dr. Domingo Irigoyen participated in the GreenPV project, which investigated the potential of combining photovoltaic systems with green facades on buildings. This project aimed to assess the environmental and aesthetic benefits of such integrations in urban settings.
Recommendations for Implementation of Sustainable Systems
Dr. Domingo Irigoyen has contributed to the development of recommendations for the effective implementation of photovoltaic systems and green facades. Her work addresses the practical aspects of integrating these technologies into building designs.
Challenges in Financing and Regulation
Dr. Domingo Irigoyen has identified key challenges related to financing and regulatory guidelines for the adoption of photovoltaic systems and green facades. Her research includes examining the acceptance of these technologies among builders and planners, providing insights into the barriers to their widespread implementation.