Research
Our research focuses on advancing sustainable energy solutions through innovative methodologies and experimental validation. We explore key topics in energy efficiency, renewable energies integration, and smart systems.
Energy Performance of Buildings
The development of numerical methods and modeling techniques for analyzing building energy performance focuses on enhancing the efficiency and sustainability of buildings and energy systems. Energy simulations, real-time monitoring, and numerical analysis are employed to study the dynamic behavior of buildings, evaluate their energy performance, and optimize HVAC system control strategies. Special attention is given to the integration of renewable energy sources, reducing energy consumption, and advancing the transition to green technologies. Additionally, experimental activities are conducted to characterize the thermal and dynamic performance of building envelopes, contributing to the development of innovative solutions for high-performance buildings.
Green Technologies in Thermal Energy Systems for Building Communities
The district heating system within networks of buildings or energy communities is studied as a way in which multiple buildings can exchange energy. This includes the use of biomass as a renewable energy source, exploring processes such as gasification and thermochemical conversion for heat production. Special emphasis is placed on energy storage solutions to improve the efficiency and sustainability of district heating systems. The valorization of biomass is considered a key element in promoting greener, low-impact energy solutions for urban and residential environments.
Sustainable Power Systems and Smart Grid Technologies
The research focuses on the transformation of modern power systems, addressing technical and economic aspects to support the transition toward sustainable and flexible electricity networks. Key areas include power system economics, market design, pricing mechanisms, and investment strategies to enable efficient and equitable energy systems. Studies also cover system operation and security, with attention to reliability and resilience in decentralized scenarios. Particular focus is given to demand-side response strategies, energy storage integration, and the challenges of low-inertia networks dominated by inverter-based renewable sources. The goal is to support the development of secure, efficient, and future-ready power systems.