Bio-Generator: Difference between revisions
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|involt = N/A | |involt = N/A | ||
|outvolt = 120V | |outvolt = 120V | ||
|power = | |power = 2KW | ||
|capacity = 160kJ | |capacity = 160kJ | ||
}} | }} | ||
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{{Grid/Crafting Table | {{Grid/Crafting Table | ||
|A1 = Redstone Dust |B1 = Enriched Alloy |C1 = Redstone Dust | |A1 = Redstone Dust |B1 = Enriched Alloy |C1 = Redstone Dust | ||
|A2 = Bio Fuel |B2 = Steel | |A2 = Bio Fuel |B2 = Steel Casing |C2 = Bio Fuel | ||
|A3 = Iron Ingot |B3 = Enriched Alloy |C3 = Iron Ingot | |A3 = Iron Ingot |B3 = Enriched Alloy |C3 = Iron Ingot | ||
|Output= Bio-Generator | |Output= Bio-Generator | ||
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==Tutorial Videos== | ==Tutorial Videos== | ||
{{#ev:youtube|ZXMAE5u-YyE}} | |||
{{#ev:youtube|TkvSe2-HUog}} | {{#ev:youtube|TkvSe2-HUog}} | ||
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'''22''' pieces of wheat, '''44''' pieces of biofuel produced. (Wheat is the ideal item to be crushed) | '''22''' pieces of wheat, '''44''' pieces of biofuel produced. (Wheat is the ideal item to be crushed) | ||
'''With speed boost''': total of 6. | '''With speed boost''': total of 6.5kJ used with 1kJ left in the machine, 5.5kJ used to produce bio fuel. | ||
<pre>5.5 / 22 = 0.275 kJ per wheat</pre> | <pre>5.5 / 22 = 0.275 kJ per wheat</pre> | ||
'''Without speed boost''': total of 23kJ used with 1 kJ left in the machine, 22kJ used to produce bio fuel. | '''Without speed boost''': total of 23kJ used with 1 kJ left in the machine, 22kJ used to produce bio fuel. | ||
Latest revision as of 18:02, 13 October 2013
Bio-Generator
| Mod | |
| Type |
Power Generator |
| Input Voltage |
N/A |
| Output Voltage |
120V |
| Capacity |
160kJ |
| Power |
2KW |
| Tool |
? |
| Stackable |
N/A |
Bio-Generators produce electricity from bio fuel. The generator will produce 5.6 kJ from a single item, and has an internal storage capacity of 160 kJ. After this has been reached, the bio-generator can hold 24000 units of bio fuel to be processed later, which is equivalent to 240 items.
Crafting
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Tutorial Videos
Math
22 pieces of wheat, 44 pieces of biofuel produced. (Wheat is the ideal item to be crushed)
With speed boost: total of 6.5kJ used with 1kJ left in the machine, 5.5kJ used to produce bio fuel.
5.5 / 22 = 0.275 kJ per wheat
Without speed boost: total of 23kJ used with 1 kJ left in the machine, 22kJ used to produce bio fuel.
22 / 22 = 1kJ per wheat
1 bio fuel = 5.6kJ, therefore 44 * 5.6 = 246.5kJ produced 246.5 - 5.5 = 241 net kJ produced with speed boost 246.5 - 22 = 224.5 net kJ produced without speed boost 241 / 5.5 = 43.8 kJ produced per 1 kJ used 224.5 / 22 = 10.2 kJ produced per 1 kJ used
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