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by Kyle Platte
There is also a small cargo space (572 liters) that is used to hold tools, spare parts, power cables and the like. One common addition is a large, foldable mylar balloon. This can be filled with hydrogen bled from the tanks to provide neutral buoyancy for the generator, allowing the fusion plant to be moved with muscle power alone -- a slow, tedious process. Owners are warned not to overfill the balloon, as this can cause your fusion plant to float away and not come down until the hydrogen has leaked out of the balloon-- months later.
3Mw Portable Fusion Generator
Weight: 3038 kg
Cost: .204 MCr
Weight: 1.5 kl
Maintenance: 0 (.3)
Advances in fusion technology make this the first of the truly portable fusion units. Although still massing over 3 tons, it is compact enough to be placed in the back of an explorer vehicle or used to power a supply camp or wilderness retreat. It resembles a cube 115 cm on a side. This unit also sports an integral CG system, allowing it to be moved more easily. This unit shares the rugged nature of portable units, having a water-tight armored shell (AV=2) safe to 10 atmospheres. There have been several examples of this unit found operating after being submerged in water or mud for years and still operating at low power. The plant has a 300 liter tank, enough to provide peak power for 1 year. A 147 liter cargo box is placed on the side for tools and power cables (or cookware).
Several models sport a heat sink on the top of the device, allowing the surface of the reactor to be used as a makeshift stove. This unit was especially popular with wilderness guides who would cook their guestıs dinner on top of the reactor unit.
Unlike earlier fusion plants, this unit is small enough to not require annual maintenance. Instead, it needs to be serviced no more than once every three years.
0.75 Mw Portable Fusion Generator
Weight: 758.5 kg
Cost: 51, 160 Cr
Weight: 300 liters
This design proved to be one of the most popular as it could actually be thrown in the back of a truck or air raft and taken to a destination without difficulty. It has the same CG lifters that the earlier units have. Itıs tough, weather-sealed skin has an AV=2. Units of this size and smaller no longer require scheduled maintenance other than to clean the filters and occasionally adjust the flow controls.
The reactor has a 19.8 liter tank that supplies the unit with fuel for over 26 years and quite a few have actually run out of fuel before they broke down. This unit has no space for tools or supplies, although it does come with handles and tie-down loops.
0.6 Mw Portable Fusion Generator
Weight: 201 kg (202 kg)
Cost: 15, 110 Cr (15, 500 Cr)
Weight: 110 liters (110 liters)
These units were a common sight in the Imperium. Such devices were used to augment power for businesses that didnıt want or were unable to draw their full requirements from the local power grid. Because of the unitıs small size, it is not fitted with a CG lifter.
These units came with an armored shell (AV=1) but they could be equipped to run in hazardous areas by placing it in a heavier shell (AV=3) and coating that with a protective layer that allowed it to operate in corrosive environments. The numbers in parentheses above represent the upgraded version of the power plant.
The plant has 9 liters of fuel, enough for 17 years of service at maximum power.
0.52 Mw Portable Fusion Generator
Weight: 79 kg
Cost: 15, 840 Cr
Weight: 80 liters
About the size of a large ice-chest (35cm x 30cm x 76cm), this is the most compact fusion plant that the Imperium could easily develop. It was extremely rare but such designs are becoming more common in Regency space, especially with the need for portable power supplies to aid in rebuilding and exploring. The cases are amazingly durable, having a coherent superdense body with an AV=8 and the ability to withstand nearly 40 atmospheres of pressure. It is also coated with an inert material that resists corrosive atmospheres
The power plant has 4.8 liters of fuel; enough to support it for 9.2 years.