Among thick electrodes, dual-pore tuned exhibit 75% increased battery output while also maintaining capacity, eliminating trade-off

https://techxplore.com/news/2026-01-thick-electrode-battery-power-capacity.html

"lithium ions must travel further through dense/ messy pore network, causing sharp power drop during short acceleration burst... overcome using parallel channel AI/ neural network optimization: (1) macro-pores: ion flow along large gaps between particles, (2) micro-pores created by conductive additives/ binders slowing/ trapping ions tuned to not hinder overall flow of both... output rate under short burst 2C discharge rate: 1.71 (was 0.98) mAh/cm²... 10 mAh/cm² capacity (unchanged)... high-nickel, LFP"