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UQ BATTERY NANOTECHNOLOGY SCIENCE Nanotechnology UQ design uses nanotechnology to insert Aluminium-Ions (atoms without some electrons) inside tiny perforations in GMG Graphene platelets. Spare Electrons Aluminium atoms have 3 spare electrons vs Lithium atoms with 1 spare electron. Energy Density Aluminium-Ion batteries have up to 3 times the energy density of Lithium-Ion batteries. Graphene Storage Graphene is used to store the Aluminium-Ions (atoms without spare electrons). Supercapacitor Extremely fast charging and discharging – called a hybrid supercapacitor battery. Construction Simplicity Simpler construction than Lithium-Ion batteries, predominantly Graphene and Aluminium. Graphene Platelets Surface Perforation Al-Ions inserted between Graphene Platelets Coin Cell Mechanism Cathode = Perforated Graphene 17 | Develop Next-Generation BatteryPDF Image | ENERGY SAVING AND ENERGY STORAGE SOLUTIONS
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