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All Energy 21 -22 May 2014 Energy at University of Nottingham 1 All Energy 21 -22 May 2014 Energy at University of Nottingham 1

Energy Technologies Research Institute (ETRI) Fossil Energy and Carbon Capture and Storage Bioenergy Efficient Energy Technologies Research Institute (ETRI) Fossil Energy and Carbon Capture and Storage Bioenergy Efficient Energy Buildings Electrical Grids Energy Vectors and Storage Renewable Energy Accelerating a Low Carbon Economy 2

Overview • • Leading centre for energy RD&D c. £ 70 M current portfolio Overview • • Leading centre for energy RD&D c. £ 70 M current portfolio > 100 researchers Six priority themes Director and Board Energy Technologies Building Industrial Partnerships Industrial Advisory Board Eco-house, University of Nottingham 3

Energy Technologies Building • Energy RD&D, CDTS, labs, knowledge exchange space • Low carbon Energy Technologies Building • Energy RD&D, CDTS, labs, knowledge exchange space • Low carbon exemplar: BREEAM Outstanding • Award Winning: 2014 BREEAM Best Performing Buiding • 2100 m² on award winning Jubilee Campus Innovation Park c. £ 8. 8 M investment: Energy Technologies Building 4

Partnerships • Midlands Energy Consortium (MEC) • HEIs across UK, Europe, China, India, USA, Partnerships • Midlands Energy Consortium (MEC) • HEIs across UK, Europe, China, India, USA, Brazil • Major businesses eg E. ON, Alstom National Grid, Doosan Network of 13 Energy Centres for Doctoral Training donna. palmer@nottingham. ac. uk 5

Fossil energy and carbon capture and storage • Industrial Doctoral Centre in clean fossil Fossil energy and carbon capture and storage • Industrial Doctoral Centre in clean fossil energy (£ 6 M) • Adsorbents for CO 2 capture • Advanced combustion • Plant life extension • Founding member of UKCCS Supergen hub(£ 13 m), led by Edinburgh Pellets capturing CO 2 using amine polymer 6

Energy vectors and storage • H 2/FC Doctoral Centre (£ 5 M) • Hydrogen Energy vectors and storage • H 2/FC Doctoral Centre (£ 5 M) • Hydrogen production • Hydrogen Storage • Fuel Cells MOF polymer for world-record H storage • Energy Storage o o Hydrogen Thermal Electrochemical Compressed air 7

Renewable energy • Wind energy o Structural engineering o Composite materials o Manufacture • Renewable energy • Wind energy o Structural engineering o Composite materials o Manufacture • Photovoltaics o Fundamental physics o Dye sensitized solar cells o Modelling and fabrication of organic solar cells 8

Bioenergy • Biofuels o Bio-ethanol & -butanol from agricultural waste o Synthetic fuels converted Bioenergy • Biofuels o Bio-ethanol & -butanol from agricultural waste o Synthetic fuels converted from waste gases using bacteria • BBSRC Bioenergy Centre (£ 27 m) • Biomass co-firing including sourcing, treatment, combustion etc • Thermochemical systems o eg UK-India project for rural biomass utilisation SCORE stove generating heat and electricity 9

Efficient energy buildings • Creative Energy Homes o Seven showcase homes o 150 companies, Efficient energy buildings • Creative Energy Homes o Seven showcase homes o 150 companies, £ 2. 5 M • Energy generation o Solar, micro-wind o CHP, biomass, ground • Energy efficiency o Demand side management o Construction materials o Cooling, ventilation, light Creative Energy Homes, University Park • Sustainable cities lab 10

Future electrical power grids • Power Conversion and control o Renewable integration o Distributed Future electrical power grids • Power Conversion and control o Renewable integration o Distributed generation o Smart microgrids (AC and DC) o 6 k. V HVDC microgrid (£ 1. 6 M) o Aerospace and marine • Energy storage (“supercabatteries”) o Supercabatteries o Batteries o Hydrogen o Appropriate energy storage UNIFLEX Controller 11

Research Themes • Demand Side Management • Appropriate Energy Storage • EV battery, H Research Themes • Demand Side Management • Appropriate Energy Storage • EV battery, H 2, supercapacitors • Contribution to “reserves” • Quality of Supply • Unbalance, Harmonics, Dips/Swells • DC • EMC • Frequency Control • Protection – fault detection, location, clearance • Power Electronics

Flex. Elec Laboratory • Microgrid Research • Terrestrial, Aircraft, Ship • Real-time equipment emulation Flex. Elec Laboratory • Microgrid Research • Terrestrial, Aircraft, Ship • Real-time equipment emulation • Hardware in the Loop • Busbar System • Top: 1 MVA 3 phase grid feed; • Middle: up to 300 A isolated three phase microgrid • Lower: isolated DC microgrid • Microgrid Supplies • 90 k. VA 3 phase 4 Q programmable source; • HVDC • 3 MW, 6 k. V multiport system currently under construction • HVDC control, protection and power electronic topologies

University of Nottingham Rolls-Royce Transmissions & Fluids UTC University of Nottingham Rolls-Royce Transmissions & Fluids UTC

Key Areas of Activity • • 2 -phase (esp. air-oil) flow in complex geometries Key Areas of Activity • • 2 -phase (esp. air-oil) flow in complex geometries Advanced dry seals Rotor dynamics Bearing analysis Process modelling Highly Loaded contacts Integrated fluid-structure-electromagnetic dynamics Heat-transfer. Resulting in improved performance, reduced weight, greater robustness, shortened design cycles and innovative solutions to emerging issues.

Training and Skills Investment In Energy • IDC – CCS and Cleaner Fossil Fuels Training and Skills Investment In Energy • IDC – CCS and Cleaner Fossil Fuels • CDT – Fuel Cells and Their Fuels • CDT – Sustainable Chemistry • CDT – My Life in Data • International Doctoral Innovation Centre (IDIC) Energy (China Campus) 13 March 2012 16