Large-Scale Infrastructure
The combination of Links and D.E.W. powers most settlements through steam generation:
The Process:
- Multiple Links are placed in small heat chambers
- Links spin rapidly, generating intense heat
- D.E.W. is run over these hot chambers
- The D.E.W. vaporizes, creating massive amounts of steam
- Critical detail: The D.E.W. continues expanding even as steam, creating exponentially more pressure
- This steam pressure drives generators for electricity and mechanical systems
- Water can be reclaimed from condensation and reused
Applications:
- Citywide power generation
- Atmospheric heating systems (like Asteria's steam generator networks)
- Propulsion for large vessels (like the Bacchanal Fleet)
- Life support systems on inhospitable worlds
Scale Range
Link + D.E.W. systems exist in a wide range of sizes:
Smallest: Personal generators, handheld tools, and weapons
- Example: A handheld cutting device using a focused jet of pressurized water/steam
- Requires a single Link and a vial of D.E.W.
Mid-Range: Vehicle propulsion, small settlement power
- Utilizes pneumatics and pressure systems
- More efficient to use steam directly than convert to electricity for many applications
Largest: Massive generators powering entire cities or huge vessels
- Multiple Link chambers working in concert
- Sophisticated D.E.W. delivery systems
- Backup systems and redundancies
The Steam-Powered Aesthetic
The widespread use of Link + D.E.W. systems has created a distinct technological culture where steam power dominates:
- Many devices operate on steam alone (pneumatics, pressure systems) rather than electricity
- Not because electricity is inferior, but because a vial of D.E.W. and a Link can power steam devices more simply
- This creates the distinctive aesthetic: brass pipes, pressure gauges, steam vents, mechanical systems
- Electricity exists but is less common for everyday applications