Batteries in space
Batteries in space, chemical batteries used in outer space.
Types[2][3]
Battery type |
Formula |
Specific energy (W*hr)/kg |
Notes |
Hydrogen Fuel Cell | H | 275 | [2] |
Lithium–sulphur dioxide | LiSO2 | 200 | [2] |
Lithium–thionyl chloride | LiSOCl2 | 200 | [2] |
Lithium-bromine in thionyl chloride | Li-BCX | | [3] |
Lithum-Iron disulfide | LiFeS2 | | [4] |
Nickel–cadmium | NiCd | 30 | [2] |
Nickel–hydrogen | NiH | 60 | [2] |
Sodium-sulfur | Na-S | | [3] |
Silver-cadmium | Ag-Cd | | [3] |
Silver–zinc | AgZn | 100 | [2] |
Zinc-mercury oxide | Zn-HgO | | [3] |
See also
References
External links
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