What three properties must a paradigm shift in energy storage simultaneously possess?

Lightweight for transportation, capable of immense charge, and rechargeable in minutes.

The global need in energy storage centers around achieving a paradigm shift in storage chemistry or mechanics, moving beyond the trade-offs inherent in current advanced battery technologies, which struggle to balance energy density, charging speed, cost, and longevity. A truly revolutionary energy storage unit must solve multiple pressing requirements concurrently. It needs to be inherently lightweight to facilitate easy transportation. Simultaneously, it must possess the capability to hold an immense electrical charge, making it suitable for large-scale applications like grid stabilization efforts, particularly in managing intermittent sources like solar or wind power. Finally, a critical operational improvement is the charging speed; the revolutionary device must be capable of recharging in mere minutes rather than requiring several hours.