| Author |
Institution |
Title |
| Qasir Iqbal |
Zhejiang University |
A comparative techno-economic analysis of high-temperature and sub-ambient temperature pumped-thermal electricity storage integrated with external heat sources |
| Iain Staffell |
Imperial College |
The future economics of energy storage |
| Daniel Murrant |
Energy Systems Catapult |
Barriers to energy storage deployment and policy interventions to overcome these |
| Jiajun Li |
Durham University |
Impact of latent heat technologies on the performance of a pumped thermal energy storage system |
| Lazenby, J |
Cambridge |
Feedheat-integrated storage for load-following nuclear |
| Jenne, Sunku Prasad |
Warwick |
Thermodynamic analysis of an adiabatic compressed air energy storage integrated with a high temperature thermal storage |
| AbuKasim, AbuFarhan |
Cambridge |
Orchestrating propagation of heat and reaction fronts in a packed bed of SrFeO3-δ for energy storage applications. Authors (with affiliations) A.F.B. Abu |
| Ruscillo, Fernando |
Sheffield |
Characterisations of Double Sided Graphene Based Microporous Layer Coated Gas Diffusion Layers for the Improved Performance of Polymer Electrolyte Membrane Fuel Cells |
| Johnson, Nathan |
Imperial College |
Dynamic techno-economic modelling of Sodium-Zinc batteries |
| Friedrich, Daniel |
Edinburgh |
Design of District Heating Networks with Long-term Thermal Energy Storage charged with otherwise curtailed wind energy |
| Jankowiak_C |
Energy Systems Catapult |
Modelling to elucidate the roles for energy storage |
| Farnan_S |
Gravitricity |
Developing innovative, long-life, underground gravity energy storage to support intermittent renewable energy sources |
| Wang, H |
Manchester |
Heat Transfer simulation in encapsulated phase change materials for high-temperature energy storage application. |
| Sun, W |
Nanjing U.A.A. |
Liquid air energy storage enhanced by solar thermal energy storage |
| Rawat, Tanuj |
Newcastle |
Dynamic planning of real distribution grid considering ancillary services from storage |
| Alahyari,A |
Newcastle |
Economic Analysis of Distributed Energy Storage Coordination for Congestion and Reinforcement Cost Mitigation |
| Alahyari,A |
Newcastle |
Assessing the Emissions Impact of Energy Storage in Distribution Systems: A CEF-Based Approach |
| Wronski, T |
Birmingham |
Numerical investigation of fluidized bed combustion of iron within a zero-carbon energy cycle |
| Zhang, M |
Sheffield |
State of charge estimation approaches for domestic thermal storage using phase change materials |
| Hutchinson, A |
Sheffield |
A novel Flywheel Energy Storage Model for new frequency response services in the UK. |
| Bastida, H |
Birmingham |
Topology optimisation of plate-based latent heat storage systems to enable zero carbon power-to heat. |
| Aburziza, AA |
Sheffield |
Sensitivity Analysis in Planning of Seasonal Hydrogen production and Storage Systems. |
| Yang, Danlei |
KCL |
High-Power High-Temperature Compressed Air Energy Storage to Accelerate Grid Decarbonization |
| Kemshell, A |
Arup |
Assessing the Regional Demand for Geological Hydrogen Storage: Building a Strategic Case for Investment in the East Coast Region |
| Barthorpe, R |
Sheffield |
Advanced Distributed Storage for Grid Benefit (ADSorB): Project Overview |
| Bryden, T |
Oxford |
Distributed Real-Time Simulation Environment for Energy Storage Systems |
| Ali, Abdullah |
Leicester |
Numerical anlaysis of sand based thermal energy storage deisgned for CAES systems |
| Edgley, AR |
Nottingham |
Feasibility Study into Metal Hydride Buffer Stores for Use in Offshore Wind Scenarios |
| Yang, Ruitong |
Birmingham |
Adaptive Thermal Energy Storage with Dynamic Insulation Envelopes for Distributed Thermal Storage in Buildings. |
| Tabassum, A |
Birmingham |
Transition metal-based oxides for hydrogen production via electrochemical water splitting under an alkaline medium |
| Ye, Minnan |
Imperial College |
Electrochemical model of the hydrogen regenerative fuel cells |
| West, Sam |
Bradford |
The Application of Energy Storage and RES in improving Cost of Balancing the Grid. |
| She, Xiaohui |
Shijiazhuang Tiedao University |
Collaborative optimization approach of thermodynamic properties for the solid cold storage materials in a liquid air energy system |
| Han, Fei |
Shijiazhuang Tiedao University |
Performance enhancement of a novel radial flow adsorber with variable particle diameters for air purification |
| Han, Peng |
Shijiazhuang Tiedao University |
Experimental study on thermal insulation performance of liquid air tank based on phase change material |
| Wu_Xiaoyang |
BGS |
Estimating the isothermal compressed air energy storage capacity for solution-mined caverns developed in layered halite, |
| MartinsDO_M |
Loughborough |
Thermohydraulic analysis of the use of natural gas pipelines as CAES storage |
| Jones_C |
Portsmouth |
The social mole: Autoethnographic insight into energy technology R&D from a 'soft science' perspective. |
| Adams_M |
Nottingham |
Using hydrides for thermal compression and buffer storage for offshore hydrogen production and large-scale hydrogen storage |
| Masala_R |
Birmingham |
Innovative chemical heat pump utilising thermochemical storage for sustainable heating and cooling |
| Ma_Hongkun |
Birmingham |
Experimental investigation of a SrBr2·6H2O-based composite material for low-temperature thermochemical heat storage |
| Liu_Bin |
Shijiazhuang Tiedao University |
A Cutting-Edge Solar-Thermal Ammonia Production and Ammonia-to-Electricity Energy Conversion Storage System and Parameter Analysis |
| White_AJ |
Cambridge |
Analysis of cavern-related losses for compressed air energy storage |
| Agalit_H |
Birmingham |
Hollow CaO microspheres fabricated at the nanoscale for improved cyclic performance in thermochemical storage hydration/dehydration processes. |
| Meng_Dongyu |
Birmingham |
Packed bed based thermochemical energy storage: The impact of reactor geometry on performance |
| Chaomurilige |
GEIRI, Berlin |
Study on Porous CaO/Ca(OH)2 Reaction Particles for Energy Storage. |
| Vorushylo_I |
Ulster University |
Utilising weather-dependent demand profile modelling to determine the size and scope of demand response or energy storage for high electrification scenarios |
| Harrison_C_n1 |
Birmingham |
Is the electricity grid of Great Britain becoming more volatile and what are the implications for flexibility technologies? |
| Jiang_Yihan |
Birmingham |
A simple and scalable approach to developing thermally stable inorganic phase change materials for building applications |
| Sharma_Amrita |
IIT Jodhpur |
Effect of influential parameters on the PCM Sodium Acetate Trihydrate (SAT) supercooling |
| Han_Xingchao |
Birmingham |
Study on surface modification of thermochemical heat storage materials based on agglomeration characteristics |
| Huang_Yixuan |
Birmingham |
An air liquefaction system integrated with Organic Rankine Cycle for performance enhancement and energy saving |
| Ji_Mingxi |
Birmingham |
Decarbonising brick manufacturing through reducing bricks drying energy consumption using Thermochemical Energy Storage |
| Xu_Lejin |
Birmingham |
Packed bed based cryogenic energy store for Liquid Air Energy Storage efficiency enhancement – An experimental study |
| Davenne_T |
STFC |
ASPIRE, Ammonia Synthesis Plant using Intermittent Renewable Energy |
| Bree_G |
Warwick |
Safe, low-cost battery cathodes – Understanding the challenges of LMFP |
| Zahra Baniamerian |
Nottingham |
The benefits of ultra-high storage pressures for CAES systems |
| Shyam Sharma |
Imperial college |
Biodiversity Impacts of Battery Minerals |
| Anisha N. Patel |
Imperial college |
Second Life Pathways and Barriers |
| D.Tallentire |
Science and Technology Facilities Council |
Ground source heating and cooling integrated with industrial low grade waste heat |
| Katriona Edlmann |
The University of Edinburgh |
Geological storage of Hydrogen for Net Zero |
| Eleni Fiamegkou |
University of Warwick |
Benefits of pilot-line cell production with in-house operando X ray studies |
| Y.A. Ziar |
Nottingham |
Effective Thermal Conductivity Improvement for Hydrogen Storage via Additive Manufacturing |
| S.Soares |
Nottingham |
Modelling solid state hydrogen storage in a single home microgrid. |