Master Energy Matrix production in Dyson Sphere Program. Full dependency chain from crude oil to Energy Matrix, optimal recipes, proliferation strategies, and scaling for late-game Dyson Sphere construction.

Energy Matrix is the energy currency that powers Dyson Sphere construction. Every Solar Sail launched, every Ray Receiver powered, every component of the Dyson Sphere itself — all of it requires Energy Matrix. It's the fuel of the endgame, and getting a reliable Energy Matrix supply running is one of the most satisfying milestones in DSP.

This guide covers the complete Energy Matrix production chain, the recipes that matter, how to scale it, and how proliferation affects your output.

Energy Matrix is the endgame energy resource. It's consumed by:

• Ray Receivers — convert Energy Matrix into power for the planet's grid
• Solar Sails — each sail launcher consumes Energy Matrix per launch
• Dyson Sphere construction — requires a massive continuous supply

The more ambitious your Dyson Sphere, the more Energy Matrix you need. A partial sphere might consume 100 Energy Matrix/s. A full sphere consumes orders of magnitude more.

Fuel Refinery recipe (Energy Matrix):

2xHydrogen

+

1xOil

→

1xC matrix

This is the only recipe that produces Energy Matrix. The critical input is hydrogen — and hydrogen is the same resource used in Blue Science chains, Rocket Fuel production, and Fuel Plant power generation. Your Energy Matrix production competes with all other hydrogen consumers.

The full production dependency chain from Crude Oil to Energy Matrix is shown in the Energy Matrix Chain diagram at the top of this article.

To produce Energy Matrix, you need a functioning oil refining setup first. If your refineries are already backfeeding hydrogen into Blue Science production, you'll need to expand hydrogen supply before scaling Energy Matrix.

Hydrogen is the bottleneck in almost every DSP factory that reaches mid-game. Energy Matrix makes it worse — one Energy Matrix Refinery consumes 2 hydrogen/s, and you'll want multiple refineries running simultaneously.

The hydrogen competition: The diagram above shows all major hydrogen consumers and their H2/s consumption rates. At scale, you're consuming hydrogen faster than a single oil field can produce it.

The solution is the same as always: more oil extractors, more refineries, and a dedicated hydrogen routing plan.

See our Oil & Plastics Refining Guide for the full hydrogen management solution, including the hydrogen tank buffer strategy that prevents refinery stalls.

Proliferator is a late-game resource that boosts production efficiency when applied to assemblers, refineries, and smelters. Energy Matrix Refineries benefit significantly from proliferation.

How proliferation works:

• Apply Proliferator to a building via the building's recipe menu
• The building produces more output per cycle
• Each level of proliferation increases output (up to a cap)
• Higher proliferation levels consume more proliferator products

Energy Matrix with proliferation: At maximum proliferation, an Energy Matrix Refinery can produce significantly more than 1/s. The exact multiplier depends on your proliferator research level.

Proliferation priority: Energy Matrix Refineries are among the highest-value buildings to proliferate — the output gain compounds directly into your Dyson Sphere construction speed. Proliferate them early and heavily.

Ray Receivers are structures placed on planets that convert Energy Matrix into electricity for the local grid.

Ray Receiver specs:

• Consumes Energy Matrix continuously while active
• Converts Energy Matrix into power for the planet's electrical grid
• Effective primarily on planets near active Dyson Sphere segments

Ray Receiver placement: Place Ray Receivers on high-elevation tiles on the planet's surface. They need line-of-sight to the star to function optimally. Multiple Ray Receivers can be placed in a row to increase total power conversion capacity.

Power output: A single Ray Receiver produces meaningful power, but a large Dyson Sphere will require dozens of Ray Receivers to consume all the Energy Matrix being generated. Plan your Ray Receiver array size based on your Sphere's energy output.

Scaling Energy Matrix production is a three-layer problem: get more hydrogen from your oil refining setup, build more Fuel Refineries to convert hydrogen into Energy Matrix, and proliferate those refineries to maximize output per unit of input. The moment your Dyson Sphere construction starts demanding more Energy Matrix than your refineries can supply, that's your signal to scale all three layers simultaneously.

For building the refining chains that feed Energy Matrix production, see our Oil & Plastics Refining Guide. For moving resources between planets for Energy Matrix production, see our Titanium Transport Guide.