power_plant_energy
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power_plant_energy [2020/03/08 01:08] – weby | power_plant_energy [2022/08/28 03:01] – weby | ||
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| ~~=cell(col(), | | ~~=cell(col(), | ||
+ | |||
+ | ====== Power Cell energy ====== | ||
+ | calculatrion: | ||
+ | < | ||
+ | TL 11: REF 10, that is 10s time the energy of corresponding TNT | ||
+ | TNT is 4184kJ/kg. | ||
+ | Thus the energy is 4184kJ/ | ||
+ | That is 41840kJ/ | ||
+ | Each TL seems to be a 4x step according to the REF numbers and the blaster/ | ||
+ | a TL 10 one is 2.9kwh/kg and TL 9 is 0.73 kwh/kg | ||
+ | A C-cell at 227 grams is thus about 165 watt hours. | ||
+ | |||
+ | Rechargeable are assumed to be half that. | ||
+ | </ | ||
+ | |||
+ | So rechargeable kwh: | ||
+ | |TL|1kg|c-cell| | ||
+ | |9| 0.3625|~~=cell(col()-1, | ||
+ | |10|~~=cell(col(), | ||
+ | |11|~~=cell(col(), | ||
+ | |12|~~=cell(col(), | ||
+ | |||
+ | note: | ||
+ | *Tesla power packs: | ||
+ | * 2019: .259kwh/kg | ||
+ | * 2022: .276kwh/kg | ||
power_plant_energy.txt · Last modified: 2022/08/28 03:01 by weby