Tag: electric vehicles

UL Research Institutes' Electrochemical Safety Research Institute will present studies on lithium-ion thermal-runaway mitigation, sodium-ion safety and emissions, and battery ...

A simulated menu-based charging framework combined range checks, congestion pricing and emergency preemption to cut average waiting time by 70.3% ...

A neural-network surrogate paired with differential evolution reduced model-predicted EV battery thermal risk by 94.8% across charging rates from 0.5C ...

A physics-guided digital-twin framework estimates electric vehicle battery energy minute by minute and is stress-tested across route, operating-regime, vehicle, and ...

Researchers in Shanghai have designed a multi-resonator acoustic metamaterial package that blocks electric motor noise below 2000 Hz, using a ...

A new hybrid GWO-PSO algorithm optimizes PID controllers to enhance frequency stability in renewable-integrated power systems, significantly reducing settling time ...

A new control framework for solar-integrated EV charging stations combines fuzzy logic, Kalman filtering, and predictive control to achieve high ...

A new MARL framework guided by MPC expert knowledge achieves coordinated frequency control across interconnected microgrids, with pass rates up ...

A new evaluation of six energy allocation strategies shows an adaptive fairness framework achieving a yearly Jain index of 0.9995 ...

A new network-based assessment framework quantifies how well electric vehicles, charging stations, aggregators and distribution grids coordinate, showing that enhanced ...

Researchers in India have built a machine-learning framework that predicts lithium-ion battery temperature during discharge with around one degree Celsius ...

A comprehensive review of 120 studies finds that hybrid AI and machine learning architectures are transforming electric vehicle battery management, ...

A new review argues that battery integration should be understood as function reassignment, where removed structures must transfer their mechanical, ...

A new review maps the electromagnetic, mechanical, thermal, and control challenges that define the limits of ultra-high-speed electric drive systems ...

A new review shows how battery charge limits, motor capability, and tire grip must be coordinated to prevent dangerous torque ...

Researchers have developed an unsupervised deep learning model called GSA-VAE that detects faults in electric vehicle batteries by fusing causal ...

A new review shows that hybrid deep learning and swarm-optimized AI models are achieving near-perfect prediction of lithium-ion battery charge, ...

A new analysis of oil consumption across 78 countries finds the global energy transition has measurably reduced oil demand, though ...

Researchers coated a high-nickel lithium battery cathode with an ultrathin cerium fluoride layer that markedly improves cycling stability, high-temperature performance, ...

A new perspective proposes a six-level Validation Maturity Framework that shifts battery qualification from standardized protocol testing toward physics-informed, predictive ...