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EPSRC-Beyond structural: multifunctional composites that store electrical energy
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incupdate full crack how to make your joints crack Supercapacitors consist of two high surface area electrodes, an electrolyte and a separator: charge is collected reversibly at the electrolyte/electrode interfaces. Their performance makes them useful as high power sources and, when used in conjunction with batteries, life extension for power sources for electric vehicles. For structural supercapacitors, there are two multifunctional components: a structural reinforcement/electrode, and a structural separator/electrolyte. Through our research in this field we have identified three critical challenges for structural supercapacitors: we will address these in this proposal. We will significantly improve how much electrical energy these devices can store (i.e. energy density), how quickly they can be charged or discharged (i.e. power density) and their mechanical performance. To improve energy density, we will develop reinforcements/electrodes with increased surface areas and electrochemical activity. In parallel, we will formulate matrices/electrolytes which are stiff and robust, thus giving enhanced mechanical performance, but with greater ionic conductivity, and hence power densities. In bringing the best constituents together to form multifunctional composites, we will exploit both existing architectures, developed in our previous work, and develop new ones. The project will culminate in demonstration of the best devices through fabrication and testing of industry inspired components.
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H2020-Critical Raw material ElectrocatalystS replaCement ENabling Designed pOst-2020 PEMFC (Crescendo)
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Electrochemical harvesting of energy from industrial wastewater
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Innovative concepts from Electrodes to Stacks
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ISCF Wave 1: Materials research hub for energy conversion, capture, and storage
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what is actually cracking when you crack your knuckles M-RHECCS will also research the translation of advances in porous electrodes, MIECs and ion-exchange materials into scaleable materials and devices and assess the value of better charge-transport materials to power generation via detailed analysis of operational data from actual building-integrated solar generation/storage systems.
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Multi-scale ANalysis for Facilities for Energy STorage (Manifest)
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H2020-Membrane based Purification of Hydrogen System (MEMPHYS)
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H2020-Structural pOweR CompositEs foR futurE civil aiRcraft (SORCERER)
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Objective 1: The technical issues associated with structural batteries will be addressed. Furthermore, the materials used should have been assessed against the specifications for future aircraft operational conditions.
Objective 2: The function of energy generation utilising ion-intercalated carbon fibres has been demonstrated in a much simplified manner at a small lab-scale. Attention will be paid to how this function works in more detail, how to improve the efficiency and power output, and move this potential technology up towards TRL3.
Objective 3: The critical issues associated with structural supercapacitors that hinder adoption of this technology into aerospace platforms will be concerned. This will entail addressing the issues associated with improved power and energy densities, encapsulation and laminate hybridisation, and multifunctional design methodologies.
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