Researchers challenge traditional understanding of lithium-ion batteries, identifying oxygen holes as a key factor degrading Ni-rich cathodes. Advanced computational methods …
Latest in energy storage
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Carbon EmissionsCivil EngineeringEngineeringMITRenewable EnergySciTech NewsSupercapacitorsTechnology
Innovative Energy Storage System Developed Using Time-Tested Materials by MIT Engineers
Innovative MIT breakthrough: Supercapacitors from ancient materials for affordable renewable energy storage.
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Battery TechnologyLithium-IonMachine LearningMITSciTech NewsTechnology
In-Depth Analysis of Lithium-Ion Batteries Via Machine Learning-Enhanced X-ray Imaging
Researchers from MIT, Stanford, SLAC, and Toyota have used machine learning to analyze X-ray imagery of lithium-ion batteries. The study …
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Battery TechnologyDOEElectrolyteOak Ridge National LaboratorySciTech News
Advancing Rapid Charging Capabilities: Novel Lithium-Ion Battery Substance Achieves 80% Recharge in a Decade of Minutes
Scientists at Oak Ridge National Laboratory develop a lithium-ion battery material capable of 80% recharge in 10 minutes, maintaining this …
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Battery TechnologyEnergyNanyang Technological UniversitySciTech News
Advancements in Ophthalmic Technology: Ultra-Thin Battery Powered by Saline Solution Engineered by Scientists
Researchers at Nanyang Technological University have engineered a flexible, cornea-thin battery that charges in saline solution, potentially powering future smart …
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Electrical EngineeringEnergyMaterials SciencePhysicsPolymersSciTech NewsUniversity Of Cambridge
Shattering Conventional Wisdom – Surprising Discovery Could Transform the Future of Electrochemical Devices
by Klaus Müllerby Klaus MüllerChallenging Conventional Wisdom: Unexpected Discovery Holds Potential to Revolutionize Electrochemical DevicesA recent breakthrough by researchers at the University of Cambridge …
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CapacitorDOEEnergyLawrence Berkeley National LaboratorySciTech News
Advancing Forward: Breakthrough Chemistry Leading to Next-Gen Energy Storage Instruments
Breakthrough in chemistry leads to next-gen energy storage devices, using novel polysulfates to create capacitors with enhanced performance.
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Battery TechnologyLithium-IonSciTech NewsUCLA
Revolutionizing Battery Performance: UCLA Reveals True Shape of Lithium for the First Time
UCLA uncovers safer lithium-metal batteries: Preventing corrosion reveals 12-sided lithium structure, revolutionizing energy storage.
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EnergyNagoya UniversityNanotechnologySciTech News
Unprecedented Energy Storage: Nanosheet Technology Revolutionizes Dielectric Capacitors
by Manuel Costaby Manuel CostaBreakthrough nanosheet technology enables record-breaking energy storage in dielectric capacitors, revolutionizing renewable energy usage and electric vehicle production.
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Battery TechnologyCatalystsDOEEnergyPacific Northwest National LaboratoryPhysicsSciTech News
Breakthrough Discovery in Next-Generation Flow Battery Design Sets New Records
Scientists enhance flow battery capacity by 60% using a sugar additive. Breakthrough boosts energy storage and could revolutionize grid-scale storage.
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