Voltage Tiers Transformers and Power Wiring Network Setup

Managing voltage tiers, transformer stations, and transmission wiring forms the critical foundation for powering machines safely in Electrodynamics. Power networks are categorized into three distinct voltage standards, and connecting a machine to an incompatible voltage will overload circuits or cause machines to underperform.

The Three Voltage Standards

Electrodynamics defines three primary voltage operating levels:

• Low Voltage (LV): Introductory voltage tier used by basic electric furnaces, small generators, and mineral crushers. Wired using Copper Wire and insulated copper wire.
• Medium Voltage (MV): Intermediate industrial tier used by electric arc furnaces, lathes, chemical mixers, and crystallizers. Wired using Gold Wire, insulated gold wire, and thick gold wire.
• High Voltage (HV): Advanced power tier used by large multi-block machinery, electrolysis chambers, and railguns. Wired using Superconductive Wire and thick superconductive wire.

Transformer Stations: Stepping Voltage Up and Down

Transformers alter voltage between tiers while conserving overall power, allowing power plants to transmit electricity across long distances at high voltage before stepping it down for local factory use:

• Upgrade Transformer: Steps voltage up from Low Voltage (LV) to Medium Voltage (MV). Crafted using two Iron Ingot, four Steel Ingot, one Copper Coil, and one Copper Wire.
• Downgrade Transformer: Steps voltage down from Medium Voltage (MV) to Low Voltage (LV). Crafted using three Iron Ingot, three Steel Ingot, one Copper Wire, and one Copper Coil.
• Upgrade Transformer Mk 2: Steps voltage up from Medium Voltage (MV) to High Voltage (HV). Crafted from four Stainless Steel Plate, two Laminated Copper Coil, one Upgrade Transformer, one Basic Circuit, and one Copper Wire.
• Downgrade Transformer Mk 2: Steps voltage down from High Voltage (HV) to Medium Voltage (MV). Crafted from five Stainless Steel Plate, two Laminated Copper Coil, one Downgrade Transformer, and one Basic Circuit.
• Current Regulator: Balances current across complex split-voltage junctions. Crafted from four Steel Plate, two Aluminum Plate, one Downgrade Transformer, one Basic Circuit, and one Upgrade Transformer.

Wire Manufacturing in the Wire Mill

Producing long cable runs requires processing ingots through the Wire Mill:

• Crafted from four Steel Plate, one Basic Circuit, two Motor, and two Bronze Gear.
• Consumes ingots to extrude raw uninsulated wires, including Copper Wire, Gold Wire, Silver Wire, and Superconductive Wire.
• Combining raw wire with wool, leather, or ceramic insulation on a crafting grid produces insulated wire variants that prevent accidental electrical shocks and energy loss.

Structuring your factory with high-voltage main arteries and local transformer step-down substations prevents catastrophic machine damage and ensures optimal energy distribution.

Related pages

Downgrade Transformer Mk 2Upgrade Transformer Mk 2Laminated Copper CoilStainless Steel PlateDowngrade TransformerElectric Arc FurnaceElectrolysis ChamberSuperconductive WireUpgrade TransformerCeramic InsulationCurrent RegulatorElectric Furnace