Water Wheels generate rotational force when flowing water acts on them. They are accessible early and make pressing, milling and belt transport sustainable before advanced power systems.
Regular and large wheels
- A regular Water Wheel is compact and a straightforward first automatic source.
- A Large Water Wheel trades space and lower native speed for greater capacity; it suits a growing starter workshop.
- Multiple compatible generators can be linked so capacity scales with demand.
Placement thinking
- Build the wheel room with access for shafts and inspection rather than burying it completely.
- Keep water contained so a station or workshop remains usable and visually intentional.
Choosing a generator
- Manual rotation is for tests and small interactions; continuous workshops need automatic power.
- Match the generator to the scale and identity of the build: wheel houses, windmills and boiler halls all create useful landmarks.
Scaling safely
- Leave room for additional output and transmission.
- Commission power before routing a full processing line.
- Monitor stress after each production module is attached.
Workshop-scale power
A water-wheel installation is an excellent early engineering room: it runs continuously, is easy to understand and supplies a first group of machines without demanding complex supporting infrastructure.
Make the wheel house serviceable. Shaft exits, contained water, safe floors and spare room for an additional wheel make a practical workshop far better than a cramped hidden generator.
Power-house planning
Power sources are functional architecture. A mill race, windmill or boiler hall can establish the identity of a settlement while supplying the workshops around it.
A generator deserves clear shaft exits, room for expansion and access for inspection. Burying it in a sealed wall may look tidy at first, but makes every future breakdown harder to understand.
Choosing scale
Choose the smallest source that runs the intended job reliably, then reserve room for the next stage of growth. Early workshops benefit from simple, low-maintenance rotation; larger works benefit from dedicated power infrastructure and modular branch lines.