Meeting the energy demands of the future with integration and modelling Energy Systems Integration addresses the key energy transition challenges – security, sustainability and affordability – by taking a whole systems view, across energy supply, infrastructure and demand, and across electricity, heat and transport. Meeting these interdisciplinary challenges requires a diverse set of energy vectors, grids, regulations and services. People School of EngineeringWei SunSasa DjokicDesen KirliHannah ChalmersSchool of MathsChris DentMiguel AnjosLars Schewe School of InformaticsNigel GoddardSchool of GeoSciencesStuart HaszeldineKatriona EdlmannDan van der Horst Highlighted project INTEGRATE The INTEGRATE project evaluates the potential of Seasonal Thermal Energy Storage (STES) systems to facilitate the decarbonisation of heating and cooling while at the same time providing flexibility services for the future net-zero energy system. Visit the INTEGRATE project website This article was published on Friday 30 October 2026
