UES365
The UES365 project aims to lay the technological foundations to increase the competitiveness of stationary underground storage of energy from renewable sources through the use of compressed air, biogas and green hydrogen as vectors.
Among other objectives, the UES365 project will develop a technical analysis of characterization and modelling on a laboratory scale on one of the deposits that Trinity operates in the Guadalquivir valley to investigate its potential conversion into a seasonal storage of Green Hydrogen.
UES365 is supported by the Ministry of Science and Innovation through the Centre for the Development of Industrial Technology (CDTI), starting in 2023.

Potencial teórico de almacenamiento estacionario de energía según distintas tecnologías. Source: School of Engineering, RMIT University (2015)
