Life Cycle Assessment of Renewable-based Power Plants
Addressing the existing gaps in environmental assessments of combined renewable power cycles, an area that hasn't received widespread attention from other researchers.
![Image of a solar panel](http://cdn.sheffield.ac.uk/sites/default/files/styles/mobile_single_column_1x/public/2024-02/RENEWABLE%20POWER%20PLANTS.jpg?h=1564f304&itok=qdQNptwn)
This project addresses the existing gaps in environmental assessments of combined renewable power cycles, an area that hasn't received widespread attention from other researchers.
Shifting towards integrated renewable-based power plants aligns with government priorities to reduce the carbon footprint in the electricity generation sector and reduce the reliance on polluting fuels.
Using a comparative life cycle assessment of three different combined power plants, this study pioneers the evaluation of an innovative solar-based unit combined with wind and geothermal systems from an environmental perspective, assessing its potential for future commercialization.
This project is funded by Research England within the (SYSC).