Dyson Sphere Program – Self-balancing fuel overflow burning

How it works

 
1. Excess fuel input (hydrogen/refined oil/energetic graphite) that you want to burn 
2. Full accumulators input 
3. Empty accumulators input 
4. Empty accumulators output -> local charging energy exchanger 
5. Full accumulators output -> local discharging energy exchanger 
6. Empty accumulators output -> separate charging energy exchanger 
7. Excess fuel output -> local thermal generators 
 
Local refers to being on the same power network, separate refers to being on a different power network. Set the appropriate filter for the splitters before 5 and 6, 3 has priority output to the right into the splitter with 2. 
 
If there is no backlog of excess fuel then outputs 5 and 6 are active, so the local power network will be powered by 5 and the accumulators will be charged in the separate network after 6. 
 
If there is a backlog of excess fuel then outputs 4 and 7 are active, so the local power network will be powered by the thermal generators after 7 and the accumulators will be charged in the local network after 4. 
 
This will automatically switch back and forth between using the separate or the local network for power generation depending on whether there is a backlog of excess fuel or not. It’s a good idea to rate limit 3 by using sorters to avoid overflow going the wrong way into 4 if the fuel belt isn’t entirely backed up but still busy. 
 

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