Evaluating five filtering algorithms on standard automotive drive cycles reveals that particle filters achieve superior state-of-charge tracking accuracy with processing ...
A Q-learning-based dual-battery energy management system improves battery balance and reduces switching frequency in agricultural electric vehicles under stochastic load ...
A modified split test cell integrated with hollow-core fiber photothermal spectroscopy enables simultaneous operando tracking of gas evolution, internal pressure, ...
A comprehensive technological review examines the operational performance, economics, and lifecycle trade-offs of mechanical, electrochemical, chemical, and thermal energy storage ...
A new review finds toy lithium battery waste is a fast-growing, poorly characterised stream whose recycling technologies remain unproven at ...
Binghamton University has joined the DOE-backed BattMan Accelerator, a new national consortium led by Pacific Northwest National Laboratory to speed ...
A review highlights how electrolyte inventory, electrode loading, interfacial mechanics, and parasitic reactions limit the transition from active battery materials ...
A sunlight-driven photocatalytic process using mild organic acids enables the sustainable recovery of critical metals from spent lithium-ion battery cathodes.
Neutron Depth Profiling (NDP) has emerged as a critical diagnostic tool for resolving the microscopic mechanisms governing lithium-ion battery performance.
Researchers have demonstrated that incorporating graphene mesosponge into lithium-ion battery electrodes improves energy and power densities through three-dimensional electron and ...
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