Output

May 4, 2016
Journal papers:

  • Hao Sun, Xing Luo, Jihong Wang, ‘Feasibility study of a hybrid wind turbine system – integration with compressed air energy storage’, Applied Energy, 2014. (DOI: 10.1016/j.apenergy.2014.06.083, 2014)
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Conference papers:

  • Xing Luo, Jihong Wang, Mark Dooner, etc., ‘Overview of current development in compressed air energy storage technology’, International Conference on Sustainability in Energy and Buildings 2014, Cardiff, 25-27 June, 2014
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Magazine and website articles:

  • Garvey SD, An Energy-Storing Wind Turbine Would Provide Power 24/7, IEEE Spectrum, 5 Aug 2014
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Reports:

  • Lisa Flatley, ‘An overview of electricity network operations and energy storage analysis’ (IMAGES Website, through WP1.0) Jan 2013.
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Patents:

  • Garvey SD. Valve for Pressure Control in a Through-Flow Volume with Single Moving Part. (Submitted June 3, 2013)
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Presentations:

  • Garvey SD, Reinventing Offshore Wind – A Call to Arms for UK Engineering, address to IMechE, Thermofluids Group, Oct. 17th, 2013, Nottingham University.
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Events for Industrial/Users Engagement:

  • There have been two meetings with the interested industrial parties on the 1st October 2012 and 23rd September 2013. The purpose of the meeting were to introduce the IMAGES project to industrial parties and to report what has been achieved by the project’s research
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Summary of Research Results

Analysis of a Whole Adiabatic Compressed Air Energy Storage Systems

Compressed Air Energy Storage (CAES) is considered as one of the cheapest Energy Storage (ES) technologies in terms of capital cost ($/kWh) and maintenance cost ($/kW-year). CAES works in the process as: the ambient air is compressed via compressors into one or more storage reservoir(s) during the periods of low electricity demand (off-peak) and the energy is stored in the form of high pressure compressed air; during the periods of high electricity demand (on-peak), the stored compressed air is released, heated by a heat source from the combustion of fossil fuels or other methods, and then the energy stored in compressed air is captured by turbines/expanders to generate electricity. The major concern in deployment of CAES is its relatively low cycle efficiency compared with other ES technologies. (more…)


Feasibility study of Thermal Energy Storage integration with power plant operation

Load balance in the power grid is managed mainly through fossil fuel peaking generation plants that respond passively to the load changes. With increased deployment of intermittent renewable power generation, conventional power plants play more important role in frequency control, as they are considered as flexible power generation units. This requires power plants working more flexibly, responding faster and more frequent (start-ups/shut-downs) for maintaining the power network stability.  IMAGES project explore a new technology which will address the challenges. The project conducted feasibility study for suitable way of integrating Thermal Energy Storage (TES) to the power plant operation (steam-water loop) and investigate how the plant dynamics respond to the cycle of energy storage. (more…)