Zinc–bromine battery

For a zinc-bromine accumulator ( short zinc-bromine battery) is an embodiment of the accumulator, in which the electrode in the charged state consisting of bromine and zinc.

Chemical Processes

Upon discharge the following chemical processes take place:

Positive Pole:

Negative Pole:

( When charging, the processes run in the opposite direction. )

The overall reaction:

To the right, the battery discharge takes place, to the left the charge.

The theoretical potential difference is 1.83 V.

Primary cells: alkaline manganese battery | aluminum -air battery | Lithium Battery | Lithium - iron sulfide battery | lithium manganese dioxide battery | lithium -thionyl chloride battery | lithium - sulfur dioxide battery | lithium - carbon mono- fluoride battery | nickel oxyhydroxide battery | mercury -zinc battery | silver oxide -zinc battery | zinc-carbon cell | zinc chloride battery | zinc -air battery Secondary cells: lead-acid battery | sodium-sulfur batteries | Nickel Cadmium Batteries | Nickel -iron batteries | Nickel - Lithium Batteries | Nickel -metal hydride batteries | Nickel -hydrogen batteries | Nickel -zinc batteries | lithium iron phosphate Batteries | lithium Ion Batteries | lithium -air batteries | lithium -manganese batteries | lithium Polymer Batteries | lithium -sulfur batteries | silver -zinc batteries | STAIR cell | vanadium redox batteries | zinc bromine accumulator | zinc-air batteries | Zebra battery | cellulose polypyrrole cell | tin -sulfur rechargeable lithium battery Historical cells: the Daniell element | Edison -Lalande element | Gravity Daniell element | element Grove | Leclanche Element | Voltaic pile | Clark Normal Element | Weston -Normal Element | Zambonisäule Versions: batteries | battery | fuel cell | Button Cell | Concentration Element | redox flow battery | thermal battery Ingredients: half-cell ( donor and Akzeptorhalbzelle )

• Accumulator
• Zinc