Mini Fusion Power Generation

Mini Fusion Power Generation is a technology modifier in Dyson Sphere Program that affects the instantaneous power output (burn rate) of consumable energy rods without changing their total stored energy. It does this by adding a percentage of the platform/mecha baseline power capacity to the rod’s own burn rate. The net result is a faster or slower discharge of the rod while the total MJ available from the rod remains unchanged.

The mechanic is best understood as a simple calculation: the modifier adds X% of the baseline power capacity to the rod’s burn-rate contribution. The rod’s effective burn rate at full output is the sum of its inherent output and the added value from the percentage of baseline capacity. The time to fully consume a rod at full burn is then the rod’s total energy (in MJ) divided by that effective burn rate (in kW).

Example (from the Hydrogen Fuel Rod case):

• Icarus baseline power capacity = 800 kW.
• The rod has a +200% modifier (meaning add 200% of baseline).
• Added power = 800 kW * 2.0 = 1600 kW.
• Total burn rate = rod contribution + added power = 800 kW (baseline contribution in this example) + 1600 kW = 2400 kW.
• Hydrogen Fuel Rod total energy = 54 MJ.
• Burn time at full output = 54 MJ / 2.4 kW = 22.5 seconds. Note that the 54 MJ total energy is unchanged; the modifier only changes how quickly that energy is delivered.

Practical points and usage notes:

• Use the calculation above whenever you need precise burn times: Effective burn rate = baseline contribution + (baseline capacity * modifier %). Burn time = rod energy (MJ) / effective burn rate (kW).
• Increasing effective burn rate shortens burn time proportionally but does not increase total energy delivered; this is useful when you want faster recharge or a higher instantaneous power draw at the cost of shorter duration.
• Conversely, lowering the percentage (or having no modifier) yields longer rod longevity at lower instantaneous output.
• When planning mecha recharges or balancing power for short high-demand actions, use the modifier to tune whether you prefer quick bursts or sustained usage.

This entry documents the additive-percent mechanic and the arithmetic needed to convert a percentage modifier and baseline capacity into an effective burn rate and consumption time.