Fusion Reactor

NOTICE: This page is a Work in Progress as much of the lore/Development for the game is yet to be established.

The Fusion Reactor core located on F Deck.

A Fusion Reactor is a method of power generation system. It uses nuclear fusion to generate high amounts of electrical energy and serve as a supply. Aboard Magellan class starships, a fusion reactor is located in the Reactor Room and serves as the main power source for all vital ship systems.

Overview

The reactor generates power through controlled nuclear fusion, likely utilizing Deuterium and potentially Helium-3 as fuel components, based on the substances kept in Cryogenic Storage. This process releases energy far more efficiently and safely than earlier fission technologies, enabling long-duration missions. The reactor complex on F Deck houses the core itself, while the Reactor Control Room on G Deck contains the primary interface for monitoring and managing its operation.

Function and Power Distribution

The Fusion Reactor is the heart of the ship's power network, supplying energy to:

• Alcubierre Drive (FTL): Provides the extremely high power levels needed to initiate and sustain faster-than-light travel.
• Sublight Engines: Powers the main engines used for impulse speeds within star systems.
• RCS Thrusters: Supplies energy for the Reaction Control System used for manoeuvring and orientation.
• Battery Banks: Charges the ship's batteries located on F Deck, which provide supplementary power, handle peak loads, and offer emergency backup.
• Ship-Wide Power Grid: Feeds the main power distribution network, supplying electricity to all other systems, including:
  • Life Support (Oxygen, Temperature, Pressure)
  • Internal/External Lighting
  • Bridge Consoles and Computer Systems (Data Centre)
  • Sensors and Communications arrays
  • Lifts and Internal Mechanisms
  • Galley, Crew Quarters, and Recreational Facilities (The Mall)
• Planned Systems: Will provide power for planned features like defensive Shields and tactical Weapon Systems once implemented.

Reactor Management

Operating and maintaining the Fusion Reactor is a key responsibility of the Engineering crew. Key gameplay elements include:

• Cold & Dark Start Procedure: A complex, multi-step process is required to bring the reactor online from a cold state. This involves managing fuel flow (likely Deuterium/Helium-3), coolant circulation (likely Helium), engaging start capacitors, and carefully monitoring the sequence from the Reactor Control Room. This procedure is featured in an in-game tutorial.
• Monitoring: Engineers monitor reactor output, temperature, fuel consumption, and overall system health via dedicated consoles.
• Power Management: Adjusting reactor output levels to meet ship demands, potentially balancing power distribution between different systems in coordination with the Bridge or Operations.
• Fuel & Coolant: The reactor consumes specific resources stored cryogenically, necessitating careful resource management during long voyages.
• Heat Management: Like any high-energy system, managing waste heat through the ship's cooling systems is crucial for sustained operation.

Failure Modes

While specific failure scenarios are still under development, a malfunctioning or damaged reactor would logically lead to critical situations:

• Significant loss of power across multiple or all ship systems.
• Inability to power the FTL drive or main engines.
• Potential shutdown of life support, internal lighting, and other essential services.
• Damage to the reactor requires intervention from Engineering teams for repairs.

In-Game Lore

Representing a pinnacle of Human engineering in the 2260s, the Fusion Reactor aboard the Magellan Class provides the power necessary for humanity's first tentative steps into interstellar space. Its reliable operation is fundamental to the success and survival of a starship's crew in deep space exploration mission.