Power Management in StarRupture

Introduction

Power failures are one of the fastest ways to lose production. A stable power grid keeps every line predictable and prevents random stoppages.

This guide focuses on planning, buffering, and scaling your power so you never build in the dark.

1) Calculate a Baseline

Before expanding, estimate your current power draw:

• Add up all active buildings
• Include planned expansions
• Add 20-30% headroom

Headroom prevents sudden demand spikes from causing a collapse.

2) Separate Critical and Experimental Lines

Not all lines are equally important. If you can, keep:

• Critical production on a stable grid
• Experimental lines on a secondary grid

This way, risky experiments won't knock out your main output.

3) Build in Increments

Large power expansions are expensive and slow to debug. Instead:

• Add generators in small, repeatable blocks
• Verify stability after each block
• Upgrade distribution before it becomes a bottleneck

4) Watch for Peak Load

Power usage isn't always constant. A line that looks safe at idle can spike when:

• Multiple machines start simultaneously
• New lines are connected without warning
• Buffers empty and production restarts at once

Tip

Bring new lines online one at a time, and monitor the grid for 5-10 minutes before moving on.

5) Keep a Backup Plan

Even a small emergency supply can save hours of downtime.

• Maintain a modest backup generation block
• Keep fuel/materials ready for a quick restart
• If possible, add a manual switch for emergency power

6) Distribute Power Cleanly

Messy power routing causes confusion during failures. Keep:

• Clear distribution paths
• Minimal cross-links between grids
• Labels for high-priority lines

7) Monitor and Debug

If power feels unstable, identify the first point of failure:

• Check which line shuts down first
• Look for sudden spikes when buffers empty
• Verify that new generators are actually connected

Small diagnostics early prevent large outages later.

8) Scale With Demand, Not Hype

Power is tempting to overbuild. But the best grid is balanced:

• Enough capacity to handle your planned output
• Enough buffer for short-term spikes
• Not so much that it consumes scarce resources early

Quick Power Checklist

• Baseline power calculated
• 20-30% headroom in place
• Critical lines separated when possible
• Backup generation prepared
• New lines tested incrementally

Conclusion

Power problems cascade through every system in your factory. Plan ahead, scale carefully, and build in safe increments. A stable grid lets you focus on production instead of firefighting.

Use the calculator to estimate the power cost of new lines before you build--your future self will thank you.