Archived

At what point in time (taking into account cost reduction trajectories and technological developments) would the costs of deploying storage and other flexibility solutions (e.g. compressed air energy storage, hydrogen) be lower than bearing the wider system impacts of intermittent renewables? How does this vary for different flexible technologies and deployment levels of renewables?

Background

BEIS has committed to ending the UK’s contribution to global warming by achieving net zero
greenhouse gas emissions by 2050. Our work towards becoming a leader in green
technologies and clean energy will drive economic growth, all whilst accelerating global climate
action through strong international leadership. To achieve this, we need to better understand
the following research questions:

Next steps

Get in touch with ari.comment@go-science.gov.uk

Source

This question was published as part of the set of ARIs in this document:

Beis areas research interest interim update 2020

Related UKRI funded projects


  • Realising Energy Storage Technologies in Low-carbon Energy Systems (RESTLESS)

    This project aims to understand how novel energy storage technologies might best be integrated into an evolving, lower-carbon UK energy system in the future. It will identify technical, environmental, public acceptabilit...

    Funded by: EPSRC

    Lead research organisation: University College London

    Why might this be relevant?

    The project investigates the integration of energy storage technologies into a low-carbon energy system, considering cost reduction and technological innovation, but does not specifically compare costs with the impacts of intermittent renewables.

  • Generation Integrated Energy Storage - A Paradigm Shift

    This project will assess a class of systems that blend electricity generation and storage, to understand the role that they could play in future energy systems. Their ability to deliver low-carbon energy on demand, at lo...

    Funded by: EPSRC

    Lead research organisation: University of Nottingham

    Why might this be relevant?

    The project explores a new approach to energy storage that could potentially lower costs, but does not provide a specific timeline or comparison with the costs of intermittent renewables.

  • MY-STORE: Multi-energY storage-Social, TechnO-economic, Regulatory and Environmental assessment under uncertainty

    The UK has a commitment to reduce its greenhouse gas emissions by at least 80% by 2050 relative to 1990 levels. While the potential role of energy storage to support integration of RES and help meet these challenging tar...

    Funded by: EPSRC

    Lead research organisation: University of Manchester

    Why might this be relevant?

    The project aims to develop a comprehensive framework for fostering sustainable business cases for different types of energy storage, considering commercial, regulatory, and institutional settings, but does not directly answer the question about cost comparison with intermittent renewables.

  • Business, Economics, Planning and Policy for Energy Storage in Low-Carbon Futures

    Decarbonising the energy system in many countries (including both China and the UK) is likely to involve the large-scale deployment of renewable electricity generators with intermittent output and the electrification of ...

    Funded by: EPSRC

    Lead research organisation: Imperial College London

  • Sustainable, Affordable and Viable Compressed Air Energy Storage (SAVE-CAES)

    Project SAVE-CAES is all about developing large-scale long-duration energy storage that will enable the UK to be powered largely (and possibly completely) from renewables. That energy storage must be affordable, sustaina...

    Funded by: EPSRC

    Lead research organisation: University of Birmingham

    Why might this be relevant?

    The project focuses on developing large-scale energy storage solutions to enable the UK to be powered largely from renewables, addressing the question of cost reduction trajectories and technological developments for storage solutions.

  • Multi-scale Energy Systems Modelling Encompassing Renewable, Intermittent, Stored Energy and Carbon Capture and Storage (MESMERISE-CCS)

    The UK needs carbon capture and storage (CCS) as part of its energy mix to minimise the cost of decarbonising our economy. CCS will have to fit into an electricity market that is increasingly dominated by inflexible nucl...

    Funded by: EPSRC

    Lead research organisation: Imperial College London

  • Equilibrium Energy Storage

    The application relates to project funding for the next phase of the development of a commercially viable form of storing electricity both at intermediate scale, improving the utility of intermittent renewable energy sou...

    Funded by: Innovate UK

    Lead research organisation: RENEWABLE HEAT & POWER LIMITED

  • Integrated, Market-fit and Affordable Grid-scale Energy Storage (IMAGES)

    It is accepted that UK energy networks face a number of unprecedented challenges in the upcoming decades. These challenges include the threat to the security of energy supply due to declining indigenous fossil fuel reser...

    Funded by: EPSRC

    Lead research organisation: University of Warwick

    Why might this be relevant?

    The project addresses challenges in UK energy networks and the need for energy storage solutions, partially relevant to the question of cost reduction trajectories and technological developments for storage solutions.

  • Data-driven exploration of the carbon emissions impact of grid energy storage deployment and dispatch

    This research project focuses on integration of grid energy storage. Specifically, it aims to demonstrate the carbon emissions savings possible by optimally locating and operating storage to avoid curtailment of renewabl...

    Funded by: EPSRC

    Lead research organisation: University of Oxford

  • Characterisation of synergies in subsurface energy storage technologies to support energy systems decarbonisation

    This project will investigate synergies between subsurface energy storage technologies (SST). These technologies have the potential to support the uptake of renewables whilst preserving the energy system's security and r...

    Funded by: Horizon Europe Guarantee

    Lead research organisation: University of Glasgow

Similar ARIs from other organisations