Stirling Engine Array (Isidore)
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The Stirling Engine Array is a key power-generation component of Project: Isidore. It is a "Low-Temperature Differential" (LTD) heat engine.
Its function is to convert the waste heat from the server room directly into mechanical energy, which is then converted into electrical energy.
System Design
- Hot Side: Heated by the hot coolant loop from the server room.
- Cold Side: Cooled by the stable, cold water from the cistern.
- Output: The continuous temperature difference drives the engine's pistons 24/7.
Hybrid Output
The engine has a hybrid "dual-output" design: 1. Mechanical Drive: A centrifugal clutch and gearbox use the engine's mechanical rotation to directly drive water pumps. 2. Electrical Drive: A small alternator is attached to the same shaft. When the engine is "idling" (too slow to engage the clutch), it still provides a "trickle charge" to the battery bank, providing power for critical systems (like biowall LEDs) at night.