Project Supply Chain Innovation

Renewable energy-based power plants life cycle assessment

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This project will examine the whole life cycle carbon footprint of renewable-based integrated power plants that use geothermal, wind and solar energies as a heat source. It will explore how to integrate different renewable technologies in ways that could provide more sustainable power generation systems.

Summary of the Challenge

Sources of renewable energy are key to the transition to net-zero. However, the manufacture, installation and ongoing operation of renewable energy-based power plants have their own environmental impact, which is not well understood. Understanding the life cycle environmental impact assessment of these technologies will help shape their future application.

Renewable sources of energy are often considered in isolation. Considering how we couple technologies such as wind, solar and geothermal to generate low-carbon electricity will benefit the region in our transition to net-zero.
 

Our Response

This project will focus on renewable sources of energy that are used within South Yorkshire and the UK and consider, in various combinations, how they can be combined to deliver low-carbon energy. This research will allow us to more comprehensively understand the environmental impact of integrated power cycles and relevant carbon footprint reductions that could be achieved through the transition to renewable resources from fossil fuel-based power plants. 

As part of this project we will complete a comparative life cycle assessment of renewable energy sources including geothermal, solar and wind technologies. This means comparing the environmental damage of each technology based on different midpoint and endpoint impact categories.
 

Supply Chain Innovation

News about this project

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SYSC Launches Consolidated Research Report

30 March 2026

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Powering South Yorkshire: Strategies for Grid Resilience and Decarbonised Home Heating

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