This research focuses on addressing challenges and barriers in the field of thermal energy storage and utilization. Technologically advanced and low-cost Thermal Energy Storage (TES) systems play a crucial role in reaching decarbonization.
Sorption-based TES for seasonal applications are investigated for developing new cost-effective and stable materials. We aim at exploring innovative water sorption composite materials thus enhancing the stability and energy density of the TES. Additional activities focus on latent TES and their optimization both in terms of material functionalization and plant design.
The research aims to integrate Renewable Energy Technologies (RETs) in European buildings, with a focus on small and medium-sized structures. An overarching framework is developed for seamless integration of multiple energy-generating and storing systems, encompassing various renewable sources. Automated Energy Management Systems (AEMS) play a vital role in establishing intelligent buildings that effectively utilize storage technologies and innovative energy systems. The research involves numerical modeling, experimental work, and algorithm development. Numerical studies predict key performance indicators of Thermal Energy Storage (TES), while experiments implement promising solutions at a laboratory scale. Algorithms are developed for optimal energy management in city districts, with the design and simulation of intelligent buildings integrating multiple renewable energy conversion and storage units.
Referenti:
Prof. Vittorio Verda
Prof. Eliodoro Chiavazzo
Prof. Andrea Lanzini
Link: https://www.denerg.polito.it/it/la_ricerca/gruppi_di_ricerca/gruppo_di_ricerca_m3es