Textorio power guide: get the grid running
A working steam engine is only part of a working grid. Follow the water, fuel and steam route first, then check the transformer, poles and consumers.
These instructions cover the current power system. Recipes, capacities and interfaces can change with updates. Use the machine panels in your installed build for current values.
Build the first steam-power chain
You need an offshore pump, pipes, a boiler, coal, a steam engine, a transformer and small poles. The opening capsule supplies the key buildings and pipes; collect coal before expecting the boiler to run.
- Start at the water. Place the offshore pump at a suitable water edge. Inspect it and check that water enters the fluid route.
- Connect the boiler. Route water to the boiler through the compatible pipe connection. Check the boiler panel rather than judging by nearby pipe graphics alone.
- Supply coal. The boiler's fuel filter accepts coal. A furnace may accept other fuel types, but the boiler does not use wood, charcoal or solid fuel in this implementation.
- Route steam to the engine. Keep the steam route distinct from the water supply. Inspect the boiler's steam and the engine's input to find the first point where flow stops.
- Establish the electrical network. Add a transformer and a connected pole chain that reaches the generator and your intended consumers.
- Add one consumer. Confirm it runs before attaching the rest of your factory. This separates a connection problem from a capacity problem.
Why the transformer matters
Textorio's electrical network must contain a transformer to become live. Poles distribute coverage; they do not substitute for the grid root. A row of poles can look connected and still leave every machine dark when the transformer is missing.
Keep producers and consumers in the same connected network. Extending one pole chain toward a machine is useful only when it actually connects back to that live network and the machine falls within coverage. Inspect the grid and machine state after moving poles.
Diagnose power problems in this order
| Symptom | First checks | Next action |
|---|---|---|
| Boiler is idle | Water, coal and usable fluid connections | Restore whichever input is missing; inspect the boiler again. |
| Boiler works, engine does not | Steam leaving the boiler and entering the engine | Trace the steam route and remove an incorrect or disconnected segment. |
| All consumers are unpowered | Transformer and continuity of the pole network | Connect the grid root and verify coverage before adding generators. |
| Only one machine is unpowered | Coverage and connection to the intended network | Adjust the nearby pole connection or machine position. |
| Power drops after expansion | Production versus demand, plus continuous coal and water supply | Restore inputs or expand generation; do not assume more poles add capacity. |
| Stored power runs out | Charging conditions and production during normal operation | Provide a surplus that can recharge storage before the next shortage. |
Pressure is a separate part of the problem
Fluids and steam are simulated systems, not decorative connections. A route can have the right resource but still behave differently when pumps, valves or pressure change. Inspect each machine's fluid and pressure readings, and use the available controls before rebuilding the entire line.
Do not copy a fixed boiler-to-engine ratio from another factory game. Textorio has its own capacities and update balance. Start with a small working chain, compare its readings under load, and scale the measured bottleneck.
Expand without hiding the original fault
Build the first power plant near a dependable water supply and keep the coal path accessible. Leave room for another boiler or engine, and give yourself enough pipe access to distinguish water from steam. Check the network after each extension.
Later generation, including wind and geothermal equipment, is subject to research and placement requirements. Weather can affect output. Accumulators store energy; they do not generate it. Use them to bridge a shortage, then make sure normal production can refill them.
A practical expansion cycle is: inspect demand, restore fuel and fluid flow, verify network continuity, add generation if it is actually needed, then retest with your machines running. This avoids building a larger version of the same disconnected grid.
Before you return to production
- The boiler receives water and coal continuously.
- The engine receives steam.
- The grid contains a transformer.
- The pole network reaches the consumers you want to run.
- Generation meets the connected demand.
For the rest of the opening, return to the beginner walkthrough. Use recipes for construction inputs and the wiki for broader systems.
Start with the opening factory loop before buying Early Access.