Kentli a new company is now selling lion rechargeable aa, aaa batteries that put out 1.5 volts as some devices require or will not work such as current standard rechargeable batteries that put out 1.2 volts will not work period in some devices.
the lion batteries Kentli is making, put out 3.7 volts but are reduced to 1.5 volts with built-in electronic circuitry, why have to go through all that trouble when batteries work by chemical reaction, if you can put a 3.7 volt lion battery into a 1.5 volt battery form factor then why not use less lithium-ion to create a 1.5 volt lion battery in the first place, they are packing 3.7 volt producing chemicals into a 1.5 volt battery form factor.
x amount of mixed chemicals will produce x amount of chemical reaction producing x amount of voltage and amperes, change the input variables and you change the output variables? and with science, we have learned that that certain things are demonstrably repeatable over and over again such as certain chemicals when mixed in the same proportions will react the same every time, that is why batteries can be made to standard specifications that will work exactly as they were designed too every time. obviously, if the solution of using fewer chemicals to reduce the output voltage was that simple then they would have done it years ago, also Kentli rechargeable aa and aaa 1.5 volt batteries are very recent, necessity being the mother of invention and the 1.2 volt rechargeable battery being an issue for many devices a known issue of many years, yet it took this long to get this to solution by this new company Kentli.
I took 2 years of Air Conditioning/Refrigeration obtaining a diploma, and 5 quarters of industrial electricity, working in the appliance repair field for many years. picking up many things over those years, so that is where I am coming from.
the lion batteries Kentli is making, put out 3.7 volts but are reduced to 1.5 volts with built-in electronic circuitry, why have to go through all that trouble when batteries work by chemical reaction, if you can put a 3.7 volt lion battery into a 1.5 volt battery form factor then why not use less lithium-ion to create a 1.5 volt lion battery in the first place, they are packing 3.7 volt producing chemicals into a 1.5 volt battery form factor.
x amount of mixed chemicals will produce x amount of chemical reaction producing x amount of voltage and amperes, change the input variables and you change the output variables? and with science, we have learned that that certain things are demonstrably repeatable over and over again such as certain chemicals when mixed in the same proportions will react the same every time, that is why batteries can be made to standard specifications that will work exactly as they were designed too every time. obviously, if the solution of using fewer chemicals to reduce the output voltage was that simple then they would have done it years ago, also Kentli rechargeable aa and aaa 1.5 volt batteries are very recent, necessity being the mother of invention and the 1.2 volt rechargeable battery being an issue for many devices a known issue of many years, yet it took this long to get this to solution by this new company Kentli.
I took 2 years of Air Conditioning/Refrigeration obtaining a diploma, and 5 quarters of industrial electricity, working in the appliance repair field for many years. picking up many things over those years, so that is where I am coming from.
Last edited: