heh people, today i read some very nice story.
its a story of regenerative energy such as solar or wind power that cant be used seriously cause these sources are inconstant.
ideas for storage of electrical power are needed.
now theres some new "battery" coming up, using a very cheap and innovative mechanism:
-the ions that carry the load are located in a liquid.
this gives the battery the unique feature to be equipped with a big storage.
-the two liquids are now exactly of the same material. its archieved by 4 different states of vanadium:
the electrolyte in the positive half contains VO+ and VO2+ ions, the electrolyte in the negative half-cells, V3+ and V2+ ions.
this means: infinite life of the battery, the electrolyte will be same OK like on the first day. in 500 Jears.
-vanadium is cheap. its devided from the FE in conventional mining.
-no poison like on lead, cadmium, mercury etc.
-the battery can store and release the energy same fast, fucking fast btw.
Now comes the weired point...
the liquids are devided by a permeable membrane, some australian uni hold the patent for that. without an effective membrane you cant make the battery run since on one hand the liquids may mix (then u loose load) or the current cant pass (then u have high internal resistance, at 1,4V thats no joke)
theres maybe 5 producers of these cells worldwide, everything is including licenses so fucking expensive that one of them allready went insolvent.
so if someone got an idea bout this membrane: i swear theres a way to get real rich.
maybe theres some ways to archieve something with a local electrical field on the membrane, using physical stream in the liquid to transport the V back to where it came from. similar to deviding different grains in a centrifuge...
whatever i read now 12h bout it, just needed to tell it someone.
such a crap, 1 second before we can make regenerative energy seriously usable they fuck it off...
btw: with 75 m2 solar panels u could drive a little car, since energy is transportable like fuel, allthough all shoud be pretty heavy since we deal with 25Wh/Kg (LiIon~100-150Wh/Kg)