Sell 2,000 kVA Transformer Equipment in Virginia

01What the 2,000 kVA rating tells a buyer

A 2,000 kVA rating equals 2 MVA of apparent power. It is not automatically 2,000 kW of usable real power; that relationship depends on power factor and operating conditions. For a buyer, the rating establishes the capacity class, while voltage, impedance, cooling and physical configuration determine suitability for another installation.

Check whether 2,000 kVA is the base rating or one step in a multiple-rating nameplate. An oil-filled transformer may list ONAN and ONAF ratings, with higher capacity tied to forced-air cooling. Photograph the complete rating block and any fan-control information. We need to distinguish a base-rated 2,000 kVA unit from equipment that reaches that rating only with fans operating.

02Pad-mount, unit substation and substation configurations

For three-phase pad-mount transformers, send photos of the cabinet, doors and accessible connection compartments. Dead-front or live-front construction, loop-feed or radial-feed arrangements, and secondary terminal layout help identify the installation fit. Have qualified personnel handle access to electrical compartments; do not open energized equipment for photographs.

For unit substation equipment, show how the transformer connects to primary equipment and secondary switchgear. Throat dimensions, bus connections and close-coupled arrangements matter because replacement equipment must physically align. For substation transformers, photograph the bushings, terminal arrangement, radiators and accessories. Tell us whether the sale includes only the transformer or also associated equipment.

Full-load amps for a 2,000 kVA three-phase transformer

The amp table on this page uses the standard formula Amps = kVA × 1,000 ÷ (1.732 × line-to-line volts). Match the voltage on your nameplate to read the rated full-load current of each winding.

03Voltage combinations and full-load current

A 2,000 kVA distribution transformer may have a medium-voltage primary such as 12,470, 13,200, 13,800 or 34,500 volts, paired with a secondary such as 480Y/277 volts. Other combinations serve different plant and project requirements. Copy the full designation: 12470GrdY/7200 conveys information that simply writing “12 kV” leaves out. Include phase, frequency, winding connections, tap positions and impedance.

Use the amp table on this page to compare current at different voltages. For three-phase equipment, full-load current is I = kVA × 1,000 ÷ (√3 × line-to-line volts). One example: 2,000 × 1,000 ÷ (√3 × 480) is approximately 2,406 amps. This is rated full-load current, not a specification for protective devices or conductors. The kVA and full-load amps guide explains the relationship further.

04Confirm the size from the complete nameplate

If you want to sell 2,000 kVA transformer equipment, start with a sharp photo of the entire nameplate, not just the capacity field. We need the manufacturer, serial number, kVA or MVA rating, primary and secondary voltages, phase, frequency and impedance. Include the connection diagram and any separate accessory plates.

On liquid-filled equipment, capture the fluid type, fluid volume, total weight and cooling designation where listed. Tell us whether the fluid is mineral oil, FR3 natural ester or another documented type. PCB status must be disclosed and documented; a fluid label or an assumed manufacturing date should not replace available records. Existing test reports are useful, especially when they identify the same serial number.

05Dimensions, weight and site access matter at this size

There is no single footprint or shipping weight for a 2,000 kVA transformer. Voltage class, cooling design, enclosure, fluid and connection arrangement all affect dimensions and weight. Use the nameplate, outline drawing or manufacturer documentation when available. Measure the overall installed footprint, including radiators and projecting compartments, rather than only the main tank.

Tell us whether the equipment is outdoors on a pad, inside an electrical room or attached to switchgear. Gate widths, overhead obstructions, loading access and any documented lifting provisions affect pickup planning. We do not perform electrical disconnect work or ask sellers to drain fluid. Sellers use their own qualified electricians to de-energize and disconnect the equipment.

06What makes a 2 MVA unit useful to another project

This capacity can serve large plant loads, defined data center power blocks, and portions of solar or battery projects. Those applications do not all require the same transformer. A project may need a particular grounding arrangement, secondary voltage, impedance or connection interface, so “2 MVA” alone is not enough to establish a match.

We pay attention to complete documentation, intact accessories and a clearly described operating history. New-surplus equipment still needs storage and condition details; used equipment benefits from service records and available test data. Demand depends on the actual configuration and condition, not just the capacity label. We buy all brands, and failed or damaged units are reviewed case by case.

07Send the details needed for a written offer

Send nameplate and overall photos, location, quantity and condition notes through our equipment offer form. We review the information and may ask about PCB documentation, test data or access. If the equipment fits, our written offer spells out price, freight, loading and payment terms; pickup is scheduled with you, and payment follows those terms. See how the buying process works for details.

For a 2,000 kVA unit, include drawings and photos of connection points when available. Identify missing bushings, fans, gauges, doors or terminal components, and state whether it remains connected. We serve every region of Virginia and review equipment in neighboring states and nationwide on request.