Difference between revisions of "Fuel cell"
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| − | '''Fuel Cell''' engines are primarily used in civilian applications like rail systems, personal transport, and [[IndustrialMech]]s. Fuel Cell engines generate electrical power that is then used by the vehicle to operate its propulsion system. A Fuel Cell engine has several advantages over the typical [[Internal Combustion Engine]]. It doesn't require oxygen to function, making it a good choice for submarines, satellites, and naval applications. As they have no exhaust, Fuel Cells are also used as generators for buildings and other large structures.<ref>''Tactical Operations'', p. 133-134</ref> A Fuel Cell system is usually about | + | '''Fuel Cell''' engines are primarily used in civilian applications like rail systems, personal transport, and [[IndustrialMech]]s. Fuel Cell engines generate electrical power that is then used by the vehicle to operate its propulsion system. A Fuel Cell engine has several advantages over the typical [[Internal Combustion Engine]]. It doesn't require oxygen to function, making it a good choice for submarines, satellites, and naval applications. As they have no exhaust, Fuel Cells are also used as generators for buildings and other large structures.<ref>''Tactical Operations'', p. 133-134</ref> A Fuel Cell system is usually about 40% lighter than a comparable internal combustion engine. Their main drawback when compared to the ICE counterparts is their range: A fully fueled Fuel Cell vehicle only has two thirds the range of a vehicle equipped with a comparable ICE.<ref>''TechManual'', p. 68</ref> |
Compared to a [[Fusion Engine|fusion]] or [[Fission Engine|fission reactor]], the Fuel Cell's biggest advantages are cost and temperature. Though they run hotter than an ICE, a Fuel Cell engine system is much cooler than a comparable nuclear power plant. In addition, the Fuel Cell system is much cheaper than a fusion reactor. These advantages are offset by the Fuel Cell's greater weight, need for fuel, and comparatively low range. Recently several manufacturers have begun creating [[Advanced Technology|advanced]] fuel cell engines rated for combat use. Typically these are seen on [[Combat Vehicle|combat vehicles]], but manufacturers claim that they can be adapted for use on [[BattleMech]]s.<ref>''Tactical Operations'', p. 306-307, 308</ref> One drawback to these combat Fuel Cell engines is that they require the same type of [[Power Amplifier|power amplifiers]] used on vehicles powered by an ICE system.<ref>''TechManual'', p. 63</ref> | Compared to a [[Fusion Engine|fusion]] or [[Fission Engine|fission reactor]], the Fuel Cell's biggest advantages are cost and temperature. Though they run hotter than an ICE, a Fuel Cell engine system is much cooler than a comparable nuclear power plant. In addition, the Fuel Cell system is much cheaper than a fusion reactor. These advantages are offset by the Fuel Cell's greater weight, need for fuel, and comparatively low range. Recently several manufacturers have begun creating [[Advanced Technology|advanced]] fuel cell engines rated for combat use. Typically these are seen on [[Combat Vehicle|combat vehicles]], but manufacturers claim that they can be adapted for use on [[BattleMech]]s.<ref>''Tactical Operations'', p. 306-307, 308</ref> One drawback to these combat Fuel Cell engines is that they require the same type of [[Power Amplifier|power amplifiers]] used on vehicles powered by an ICE system.<ref>''TechManual'', p. 63</ref> | ||
Revision as of 16:05, 8 January 2011
Fuel Cell engines are primarily used in civilian applications like rail systems, personal transport, and IndustrialMechs. Fuel Cell engines generate electrical power that is then used by the vehicle to operate its propulsion system. A Fuel Cell engine has several advantages over the typical Internal Combustion Engine. It doesn't require oxygen to function, making it a good choice for submarines, satellites, and naval applications. As they have no exhaust, Fuel Cells are also used as generators for buildings and other large structures.[1] A Fuel Cell system is usually about 40% lighter than a comparable internal combustion engine. Their main drawback when compared to the ICE counterparts is their range: A fully fueled Fuel Cell vehicle only has two thirds the range of a vehicle equipped with a comparable ICE.[2]
Compared to a fusion or fission reactor, the Fuel Cell's biggest advantages are cost and temperature. Though they run hotter than an ICE, a Fuel Cell engine system is much cooler than a comparable nuclear power plant. In addition, the Fuel Cell system is much cheaper than a fusion reactor. These advantages are offset by the Fuel Cell's greater weight, need for fuel, and comparatively low range. Recently several manufacturers have begun creating advanced fuel cell engines rated for combat use. Typically these are seen on combat vehicles, but manufacturers claim that they can be adapted for use on BattleMechs.[3] One drawback to these combat Fuel Cell engines is that they require the same type of power amplifiers used on vehicles powered by an ICE system.[4]
Game Rules
Fuel cell engines receive a single heat sink for free. They can carry heat sinks as listed in the TechManual.