Big Electric Pole

Lore & Background

On a world where the only reliable energy sources are buried deep in rock, harvested from the sun, or split from the atom, electricity is the lifeblood of the entire operation. The early days of the space program were defined by the clatter of steam engines and the hiss of small boilers, each one tethered to a single machine by a short, stubby pole. But as the blueprints grew—assembly lines, chemical plants, research labs—the distances between power sources and consumers stretched beyond what a small pole could bridge. The Big Electric Pole emerged as the logical answer: a taller, more robust lattice that could span the gaps between production clusters without requiring a dense forest of intermediate poles. Engineers on the ground came to rely on it the way a city relies on its high-voltage lines. A row of Big Poles marching across a flat plain, connecting a distant nuclear reactor to a sprawling oil-processing district, became one of the most recognizable silhouettes of the colony. Biter nests at the edges of the map would sometimes send their creatures skittering toward the exposed copper wiring, and a well-placed defensive wall around a pole cluster became standard practice. In the broader narrative of the program, the Big Pole represents the transition from artisanal tinkering to true industrial infrastructure. It is the point at which the factory stops being a collection of isolated workshops and becomes a single, interconnected organism—every furnace, every assembler, every lab drawing from the same vast, humming grid that stretches to the horizon.

In Their Own Story

The wind off the salt flats carried a low, metallic hum that you could feel in your teeth before you heard it. You stood at the end of the transmission line, watching the last Big Electric Pole click into place with a satisfying thud. Five tiles of reach, each one. You'd counted them out with your boots, pacing the cracked earth between the reactor block and the oil-refinery district. Somewhere behind you, the nuclear plant was already spinning up, its coolant pumps groaning into rhythm. The accumulators on the far side of the refinery were still dark, their indicator lights unlit. But the grid was complete now. You could see it in the way the copper connections glinted under the low sun, a continuous chain of iron and wire stretching across the plain like a nervous system laid bare. You tapped your helmet visor, where the colony's comms crackled with a technician's voice asking if the eastern line was live. You didn't answer. You just watched the first pulse of power ripple down the line, tile by tile, until the refinery's lights flickered on one by one, and the whole district exhaled. The hum in your teeth got louder. It was beautiful, in a way that had nothing to do with poetry and everything to do with copper and iron and the stubborn refusal to let the dark win.

Reader's Guide

The Big Electric Pole is a passive, zero-power-consumption conductor that transmits electricity to any compatible machine, accumulator, or other pole within its connection radius. It has no input or output slots in the crafting sense; it simply extends the electrical network. In vanilla Factorio, power transmission through poles is instantaneous and lossless, so throughput is effectively unlimited regardless of distance. It is unlocked by an electrical-infrastructure technology and is crafted from iron plates and copper cable. Because it is a 1×1 passive structure, it can be placed on any flat tile and does not interfere with adjacent machine placement, though it does occupy its own tile and blocks other structures from that spot. In a production line, the Big Pole serves as the long-distance backbone. You would typically run a chain of Big Poles from a centralized power source (nuclear reactor, solar farm, or large accumulator bank) to distant production clusters, then branch off into small or medium poles for the final local connections to individual assemblers, furnaces, or labs. This two-tier approach minimizes the number of poles needed while keeping the grid robust. A key quirk: poles of different sizes connect to each other seamlessly, so a Big Pole can feed directly into a Small Pole's radius. This lets you design a grid with Big Poles for the trunk lines and smaller poles for the last-mile distribution, reducing visual clutter and tile usage. Poles do not stack or overlap—each occupies exactly one tile—and they cannot be placed on water, tracks, or inside other structures. Always ensure continuous pole-to-pole or pole-to-machine connectivity within radius, or the grid segment will be electrically isolated.

Did You Know?

• The Big Electric Pole's connection radius is the largest of the three pole types, allowing it to bridge gaps that would require multiple medium or small poles to span.
• Because power transmission through poles is instantaneous and lossless in vanilla Factorio, a single Big Pole can feed a machine as effectively as a pole placed directly adjacent to it.
• Poles of all three sizes interconnect freely, so a Big Pole can serve as a junction point feeding several smaller poles, creating a natural trunk-and-branch grid topology.
• The Big Electric Pole is a purely passive structure with zero power draw, meaning it can be placed in any quantity without adding to the grid's energy consumption.