Tesla Network and Wireless Energy in Extended Industrialization

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The Tesla Network in Extended Industrialization transmits electrical energy wirelessly across long distances and dimensions using resonant Tesla Towers, localized Tesla Coils, and specialized Receiver Hatches. Setting up wireless power transmission eliminates tangled cable infrastructures in sprawling industrial complexes while powering remote machinery without voltage drop.

Constructing the Silver Tesla Top Load and Tesla Tower

Wireless energy transmission begins with the fabrication of high-conductivity conductive terminals:

Silver Tesla Top Load: Manufactured inside a Packer using eight Silver Curved Plates at an energy cost of eight EU per tick for a duration of one hundred ticks. This toroidal silver terminal serves as the core field radiator for all Tesla transmitters.
Tesla Tower: Functions as the primary broadcast transmitter for base-wide wireless distribution. Constructing a Tesla Tower requires combining four Aluminum Cables, two Clean Stainless Steel Machine Casings, two Digital Circuits, and one Turbo Machine Hull inside an Assembler at eight EU per tick for two hundred ticks. Alternatively, players can shape the block on a crafting table by placing four Aluminum Cables in the four corners, two Clean Stainless Steel Machine Casings at the top and bottom center, two Digital Circuits at the side edges, and the Turbo Machine Hull in the center.

Assembling Tesla Coils and Lethal Defense Coils

Localized energy transfer and base protection utilize dedicated coil structures placed within factory facilities:

Tesla Coil: Assembled by pairing two Silicon Batteries, one Electrum Cable, two Electronic Circuits, one Advanced Machine Hull, and one Silver Tesla Top Load. This process runs in an Assembler or crafting grid and converts directly into a Tesla Receiver when placed on a crafting grid without additional items.
Lethal Tesla Coil: Delivers offensive electric discharges to hostile entities entering protected airspace while routing power. Crafting requires two Tungsten Plates, one Sodium Battery, two Aluminum Cables, two Electronic Circuits, one Advanced Machine Hull, and one Silver Tesla Top Load. On the crafting table, arrange the two Tungsten Plates flanking the Silver Tesla Top Load in the top row, the two Aluminum Cables flanking the Advanced Machine Hull in the middle row, and two Electronic Circuits flanking the Sodium Battery in the bottom row.

Fabricating Tesla Receiver Hatches and Mobile Receivers

Machines and modular multiblock hulls capture wireless broadcasts through tier-matched receiver modules:

Standard Receiver Modules: Built by pairing a Tesla Receiver and appropriate tier cabling with basic, advanced, turbo, highly advanced, or quantum machine hulls. These hatch variants cover low voltage through superconductor voltage tiers:
- Low Voltage Hatch: Combines a Tesla Receiver with a Basic Machine Hull and Tin Cable.
- Medium Voltage Hatch: Combines a Tesla Receiver with an Advanced Machine Hull and Electrum Cable.
- High Voltage Hatch: Combines a Tesla Receiver with a Turbo Machine Hull and Aluminum Cable.
- Extreme Voltage Hatch: Combines a Tesla Receiver with a Highly Advanced Machine Hull and Annealed Copper Cable.
- Superconductor Hatch: Combines a Tesla Receiver with a Quantum Machine Hull and Superconductor Cable.
Tesla Handheld Receiver: Allows players to recharge portable battery equipment while standing within Tesla broadcast fields. Crafting combines one Silver Tesla Top Load in the top left slot, one Annealed Copper Tesla Winding with two Transistors across the middle row, and one Electronic Circuit with two Diodes across the bottom row.
Tesla Calibrator: Measures active field parameters and frequency alignments. Assemble using one Silver Wire in the top center, two Transistors flanking a Glass Pane in the center, and two Diodes flanking an Electronic Circuit across the bottom.

Interdimensional Transmission Upgrades

Transmitting power across Nether, End, and Overworld boundaries requires specialized electromagnetic insulation:

Fabricate the Tesla Interdimensional Upgrade inside an Assembler by combining eight Superconductor Tesla Windings, four Highly Advanced Upgrades, one Processing Unit, and one thousand millibuckets of liquid Polyvinyl Chloride.
Operating the Assembler for this upgrade consumes thirty-two EU per tick across twelve hundred ticks of processing time.
Installing the completed upgrade into the central Tesla Tower enables seamless power delivery across dimensions without signal attenuation.