When choosing a vaporizer, battery power matters a lot. It matters tremendously, in fact. While all batteries in modern-day vape kits are lithium-ion, there is a massive difference in quality between some lithium-ion batteries and others.
While temperatures, charging and discharging are always issues to consider when looking to optimize the longevity of a battery, take into consideration fast charging and relatively long life cycles.
How Does a Lithium-Ion Battery Work?
While older batteries were not rechargeable, lithium-ion batteries are. Batteries function on the basis of a chemical reaction that causes the inside components of a battery to break apart, release a slew of positively and negatively charged sub particles, and then send the resulting energy through to a device.
Once that’s through, however, they’re rendered inert. Lithium-ion batteries, on the other hand, have a reversible chemical reaction that allows the battery to both discharge and charge electrical energy, as per Explain That Stuff. The key here, is the movement of lithium ions from one electrode to another – from a lithium iron phosphate electrode to a carbon electrode when charging, and the other way around when discharging.
Lithium was commercially developed as the choice for batteries because, while still environmentally-damaging, its pollution potential is lower than that of other heavy metals like mercury and cadmium.
Boasting superior battery tech and better charging regulators than some other vape kits, the iTaste lasts a long time and features a resilient battery – which further helps its high popularity. Understanding lithium-ion batteries can give you a better understanding of what makes the Innokin iTaste MVP, available at retailers like Mt. Baker Vapor, such a quality device.