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Battles

Introduction
Enterprise
Attack
Azati
Prime
Sphere
Bashing
Saving
Earth
Vulcan
Civil War
Romulan
Marauder
Empire
in Crisis
Romulan
Attack
The Deadly
Years
The Doomsday
Machine
The M-5
Debacle
The Wrath
of Khan
Khitomer
Crisis
The Battle
of Minos
Wolf
359
Klingon
Civil War
The
Odyssey
Death of a
Caretaker
A Flagship
Battle
The Omarion
Nebula
Deep
Space Nine
Shattered
Mirror
Kazon
Attack
The
Swarm
Borg /
8472 War
Sector
001
The
Dominion War
The Valley
of Death
The Chin'toka
Invasion

AR-558
Righteous
Insurrection
The Chin'koka
Retreat
Advance on
Cardassia
Vaadwaur
Battle
Workforce
Incident
Reman
Nemesis

Intrepid Class Total Output

Revulsion

In this episode, Ensign Kim and Seven of Nine are working in one of Voyagers conduits. The scene progresses as follows :

Seven : 'The optical assembly is properly aligned. I am ready to access the main power supply.'
Kim : 'After you.'
[They climb down to a lower level. Seven opens a panel and begins to reach inside. Kim pulls her back hurriedly.]
Kim : 'Wait! What are you doing, there are five million gigawatts running through there!'
Seven : 'The exoskeleton on this limb can withstand it.'

At this point Voyager is proceeding on impulse, and is not using any high power systems. This gives us a minimum figure for Voyagers total power output of 5 x 103 TeraWatts.

Warp Speed / Power Usage

We are told in Caretaker that Voyager has a maximum sustainable cruise speed of Warp 9.975. On the Galaxy class starship total output calculations, I worked out how much power it takes to drive a GCS at various warp speeds. No solid figures are available for a velocity of warp 9.975, but at warp 9.9 a GCS consumes some 6 x 1020 Watts. Voyager masses 700,000 tons compared to the 5 million tons of the Galaxy class; we do not know how the mass of an object affects the power required to maintain a given speed, but to make a guestiumate I will assume it is a linear relationship. The power required for Voyager to maintain Warp 9.9 would be given by :

P = (7 x 105/5 x 106) x 6 x 1020
= 0.14 x 6 x 1020
= 8.4 x 1019

Or 84 million TeraWatts. Given the way power requirements increase as one nears warp ten, it is likely that warp 9.975 requires at least a tenfold increase in power over warp 9.9. Therefore, Voyagers maximum power output is likely to be in the region of 108 TeraWatts or more.

Conclusion

The Revulsion dialogue is the only clear reference to Voyagers power output I've been able to find so far. Although it is far lower than the million-plus terawatt figures calculated for the Galaxy class, you wouldn't expect a starship travelling on impulse to be using maximum power. In addition, this figure is the power running through that particular conduit - which is not necessarily the whole of the main power output.

Calculatiuons based on warp speeds indicate that Voyager has a maximum output roughly equal to that of a Galaxy class, despite her much smaller size. This seems reasonable given that she is more advanced, and so much faster.


Yellow text = Canon source Green text = Backstage source Cyan text = Novel White text = DITL speculation


Copyright Graham Kennedy Page views : 2,703 Last updated : 1 Jan 1970