Energy & Climate Action

We develop low-power electronics and energy solutions to meet global needs, minimising environmental impacts and operating costs through ultra-low power, mixed-signal, energy storage, energy harvesting power management integrated circuits (PMIC), point of load PMIC, energy harvesting system level models and thermoelectric generators. Each of these have applicability across several target applications, including Industry 4.0, smart mobility, MedTech and condition/environmental monitoring, from consumer electronics to industry applications and sustainable energy solutions.

Tyndall’s world leading collaborative energy research extends to include the development and implementation of technologies that aim to improve new and existing built environments, leading to a better understanding of appropriate construction methods for energy improvement in both contemporary and traditional buildings. We study and employ advanced modelling technologies and use these to benchmark and inform researchers, specialised clients and the public. Our research focuses on the development and implementation of sustainable technologies that improve both new and existing built environments.

Tyndall’s research teams develop novel solutions to enable energy systems of the future through the deployment of software engineering, artificial intelligence, big data analysis and blockchain technologies, all of which are focused on decarbonising society.

Tyndall aligns with both national and international policies around the environmental, social and governance (ESG) framework by developing integrated energy systems for climate change mitigation. On a national level, Tyndall aligns to Ireland’s Climate Action Plan. Internationally, Tyndall aligns with the United Nations’ Sustainable Development Goals.