Differences

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--- power_plant_energy [2018/01/06 22:17] – weby
+++ power_plant_energy [2022/08/28 03:01] (current) – weby
@@ Line 2: / Line 2: @@
 The following values/power point for different sizes are calculated from the weapon damages with the base weapons being 25% efficient and one shot/20 seconds and the improved versions as 50% efficient to get the extra rof with same energy.
-^SM^MW/power point^
+^SM^ship Tons^power plant tons^MW/power point^
+|1 |0.3|0.015| 0.02|
+|2 |1|0.05| 0.06|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
+| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~| ~~=cell(col(),row()-2)*10~~|
-|1 | 0.02|
-|2 | 0.06|
+====== Power Cell energy ======
-|3 | 0.2|
+calculatrion:
-|4 | 0.6|
+<code>
-|5 | 2|
+TL 11: REF 10, that is 10s time the energy of corresponding TNT
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+TNT is 4184kJ/kg.
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+Thus the energy is 4184kJ/kg*10=41840kJ/kg (42mj)
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+That is 41840kJ/3600 seconds=11.6 kwh.
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+Each TL seems to be a 4x step according to the REF numbers and the blaster/laser design in pyramid 37 so:
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+a TL 10 one is 2.9kwh/kg and TL 9 is 0.73 kwh/kg
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+A C-cell at 227 grams is thus about 165 watt hours.
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+Rechargeable are assumed to be half that.
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+</code>
-| ~~=cell(col(),row()-1)+1~~   | ~~=cell(col(),row()-2)*10~~|
+So rechargeable kwh:
+|TL|1kg|c-cell|
+|9| 0.3625|~~=cell(col()-1,row())*0.227~~|
+|10|~~=cell(col(),row()-1)*4~~|~~=cell(col()-1,row())*0.227~~|
+|11|~~=cell(col(),row()-1)*4~~|~~=cell(col()-1,row())*0.227~~|
+|12|~~=cell(col(),row()-1)*4~~|~~=cell(col()-1,row())*0.227~~|
+note:
+  *Tesla power packs:
+     * 2019: .259kwh/kg
+     * 2022: .276kwh/kg
+     * 2024(plan): .333kwh/kg