["poma_9": ["Class 9", "High-efficiency warp power generation system, with a redesigned M/ARC occupying less physical space within the vessel yet providing 10% higher output than the Class 7 system.
Includes the Matter/Antimatter Reaction Chamber, where matter and antimatter are intermixed in a controlled annihilation process regulated by dilithium crystals, resulting in the massive release of energy necessary to power the warp drive.  Also powers other high-demand ship systems such as the defensive shields, phaser arrays, tractor beam, the main deflector, and computer core."], "poma_7": ["Class 7", "Enhanced warp power generation system, with redundant flux couplers suitable for sudden-demand scenarios.
Includes the Matter/Antimatter Reaction Chamber, where matter and antimatter are intermixed in a controlled annihilation process regulated by dilithium crystals, resulting in the massive release of energy necessary to power the warp drive.  Also powers other high-demand ship systems such as the defensive shields, phaser arrays, tractor beam, the main deflector, and computer core."], "poma_a": ["Class A", "Basic warp power generation system.
Includes the Matter/Antimatter Reaction Chamber, where matter and antimatter are intermixed in a controlled annihilation process regulated by dilithium crystals, resulting in the massive release of energy necessary to power the warp drive.  Also powers other high-demand ship systems such as the defensive shields, phaser arrays, tractor beam, the main deflector, and computer core."], "poan_1": ["Mod 1", "Contains a maximum volume of 100 cu-m of antimatter per pod.
These magnetic containment vessels prevent the antimatter from physically coming in contact with the storage vessel or any other part of the ship. (3000 cu-m of antimatter is enough to supply a Galaxy-class ship during a normal mission period of three years.)"], "poan_3": ["Mod 3", "Contains a maximum volume of 300 cu-m of antimatter per pod.
These magnetic containment vessels prevent the antimatter from physically coming in contact with the storage vessel or any other part of the ship. (3000 cu-m of antimatter is enough to supply a Galaxy-class ship during a normal mission period of three years.)"], "pofo1_": ["1 gW", "Traditional fusion generator.
Consumes deuterium to generate impulse power and to provide raw energy for other ship functions."], "pofu4_": ["4 gW", "Traditional fusion generator.
Consumes deuterium to generate impulse power and to provide raw energy for other ship functions."], "pofu7_": ["7 gW", "Traditional fusion generator.
Consumes deuterium to generate impulse power and to provide raw energy for other ship functions."], "pofu10": ["10 gW", "Traditional fusion generator.
Consumes deuterium to generate impulse power and to provide raw energy for other ship functions."], "pode07": ["0700 kG", "Contains the fuel for the Fusion Reactor and the matter supply for the Warp system.
The primary deuterium tank is normally loaded with slush deuterium at a temperature of -259C degrees Celsius, or 13.8K."], "pode25": ["2500 kG", "Contains the fuel for the Fusion Reactor and the matter supply for the Warp system.
The primary deuterium tank is normally loaded with slush deuterium at a temperature of -259C degrees Celsius, or 13.8K."], "pode70": ["7000 kG", "Contains the fuel for the Fusion Reactor and the matter supply for the Warp system.
The primary deuterium tank is normally loaded with slush deuterium at a temperature of -259C degrees Celsius, or 13.8K."], "popo__": ["  ", "Electroplasma delivery system, including all subconduits, routers and couplings.
Also includes traditional electrical voltage supply.  Feeds power to all areas of the vessel not directly powered by the propulsion system."], "poau__": ["  ", "Supplementary fusion generators and fuel cells.
Provide backup power to critical ship systems when the warp and impulse reactors are inactive. A key element of contingency operations."]]