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Power Interconnect

Description

A Power Interconnect is a component that connects two power buses together, allowing power to flow between separate Power Buses. Based on the Power Switch component, it provides functionality to dynamically connect and disconnect power systems at specified connection points, enabling flexible power routing and management within complex electrical systems.

Example Use Cases

  • Power Network Bridging: Connect separate power networks to share resources and enable power distribution across the system.
  • Redundant Power Systems: Create configurable connections between primary and backup power systems to enhance reliability.

Module Implementation

The Interconnect component extends the functionality of the Power Switch Component, managing connections between separate power busses. It manipulates the Is Open Circuit value on the power model, similar to the switch, but operates on two distinct power networks simultaneously.

The component provides two primary functions:

  • Connect Interconnect: Connects two Power Bus networks at specified nodes and terminals, allowing power to flow between them. When connected, the resistance becomes the configured resistance value (typically 1Ω).
  • Disconnect Interconnect: Disconnects the two Power Bus networks, preventing power flow between them. When disconnected, the resistance becomes extremely high (1TΩ), effectively creating an open circuit.

WARNING

The Interconnect cannot be used directly with any of the Connect, Disconnect and Replace Functions of a Power Bus, use the above functions instead.

Like the Power Switch, the Interconnect contains an internal resistor whose value is adjusted based on the connection state. When the interconnect is connected, the resistance is set to the configured value, allowing current to flow between the power buses.

NOTE

Multiple Power Interconnects can be used to connect multiple instances of the Power Bus, for example a space station with multiple docked spacecraft.

Assumptions/Limitations

  • The Interconnect assumes binary connection states (either fully connected or fully disconnected) and does not model partial connectivity or variable resistance connections.
  • The component functions as an ideal connector with no power losses beyond the configured resistance.

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