Parabatteries and Generators

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(Created page with '*Parabatteries* are used in Vehicles, Computers, and Robots. They vary in size from a few hundred cubic centimeters to one cubic meter. The cost to recharge a parabat…')
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*Parabatteries* are used in [[Vehicles]], [[Computers]], and [[Robots]]. They vary in size from a few hundred cubic centimeters to one cubic meter. The cost to recharge a parabattery is equal to the amount of the [[SEU]]s being recharged.
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'''Parabatteries''' are used in [[Vehicles]], [[Computers]], and [[Robots]]. They vary in size from a few hundred cubic centimeters to one cubic meter. The cost to recharge a parabattery is equal to the amount of the [[SEU]]s being recharged.
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Type 1 Parabattery: Cost: 600 Cr, Wgt.: 25 kg, 500 SEU
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'''Type 1 Parabattery''': Cost: 600 Cr, Wgt.: 25 kg, 500 SEU
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Type 2 Parabattery: Cost: 1,200 Cr, Wgt.: 50 kg, 1000 SEU
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'''Type 2 Parabattery''': Cost: 1,200 Cr, Wgt.: 50 kg, 1000 SEU
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Type 3 Parabattery: Cost: 2,300 Cr, Wgt.: 100 kg, 2000 SEU
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'''Type 3 Parabattery''': Cost: 2,300 Cr, Wgt.: 100 kg, 2000 SEU
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Type 4 Parabattery: Cost: 4,500 Cr, Wgt.: 200 kg, 4000 SEU
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'''Type 4 Parabattery''': Cost: 4,500 Cr, Wgt.: 200 kg, 4000 SEU
Power generators are much larger than parabatteries. A power generator produces a certain number of SEU every hour it operates. However, There is a maintenance cost to run the generator, and it needs an outside force of some kind: solar, nuclear, hydrodynamic, thermal, etc.
Power generators are much larger than parabatteries. A power generator produces a certain number of SEU every hour it operates. However, There is a maintenance cost to run the generator, and it needs an outside force of some kind: solar, nuclear, hydrodynamic, thermal, etc.
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Type 1 Generator: Cost: 10,000 Cr, SEU/Hour: 500, Maintenance: 100 Cr/day
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'''Type 1 Generator''': Cost: 10,000 Cr, SEU/Hour: 500, Maintenance: 100 Cr/day
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Type 2 Generator: Cost: 20,000 Cr, SEU/Hour: 1000, Maintenance: 200 Cr/day
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'''Type 2 Generator''': Cost: 20,000 Cr, SEU/Hour: 1000, Maintenance: 200 Cr/day
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Type 3 Generator: Cost: 40,000 Cr, SEU/Hour: 2000, Maintenance: 400 Cr/day
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'''Type 3 Generator''': Cost: 40,000 Cr, SEU/Hour: 2000, Maintenance: 400 Cr/day
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Type 4Generator: Cost: 80,000 Cr, SEU/Hour: 4000, Maintenance: 800 Cr/day
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'''Type 4Generator''': Cost: 80,000 Cr, SEU/Hour: 4000, Maintenance: 800 Cr/day
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_Note: Over the years there has been much discussion concerning parabattery/ generator/ Power clip rules and I've put this catalog together to reflect the original AD rules though I'm likely to make some house rule changes to the power situation._
 
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Return to [[The Whole Frontier Catalog]]

Revision as of 03:21, 26 March 2010

Parabatteries are used in Vehicles, Computers, and Robots. They vary in size from a few hundred cubic centimeters to one cubic meter. The cost to recharge a parabattery is equal to the amount of the SEUs being recharged.

Type 1 Parabattery: Cost: 600 Cr, Wgt.: 25 kg, 500 SEU

Type 2 Parabattery: Cost: 1,200 Cr, Wgt.: 50 kg, 1000 SEU

Type 3 Parabattery: Cost: 2,300 Cr, Wgt.: 100 kg, 2000 SEU

Type 4 Parabattery: Cost: 4,500 Cr, Wgt.: 200 kg, 4000 SEU

Power generators are much larger than parabatteries. A power generator produces a certain number of SEU every hour it operates. However, There is a maintenance cost to run the generator, and it needs an outside force of some kind: solar, nuclear, hydrodynamic, thermal, etc.

Type 1 Generator: Cost: 10,000 Cr, SEU/Hour: 500, Maintenance: 100 Cr/day

Type 2 Generator: Cost: 20,000 Cr, SEU/Hour: 1000, Maintenance: 200 Cr/day

Type 3 Generator: Cost: 40,000 Cr, SEU/Hour: 2000, Maintenance: 400 Cr/day

Type 4Generator: Cost: 80,000 Cr, SEU/Hour: 4000, Maintenance: 800 Cr/day


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