Switchgear removal is one of the more involved tasks in a data center electrical decommissioning. The equipment is heavy, it holds residual energy even after a scheduled outage, and the sequence matters — both for safety and for preserving resale value. This post walks through what a medium-voltage or low-voltage switchgear lineup looks like when it comes out, what the individual pieces weigh, and what a buyer will actually pay for them in today’s market.
In a typical enterprise data center, the switchgear section might include main and tie breakers in draw-out or fixed configurations, individual feeder breakers, metering compartments, bus work, and protective relays. The lineup itself — the steel enclosure — is separate from the breakers inside it. Both have value, but they’re valued differently and move through different resale channels.
Low-voltage switchgear (600V class) is most common in the 1–20 MW facility range. Medium-voltage gear (5 kV, 15 kV) appears upstream, usually between the utility transformer and the main distribution. If your facility has both, plan the removal in two separate scopes — they require different handling and attract different buyers.
Before anything moves, the section must be fully de-energized, locked out, and verified dead at every point. That means the utility feed, any generator feed, and any backfeed path through bus ties. In facilities with redundant distribution, backfeed paths are easy to miss.
Once the section is confirmed dead and grounded:
Rushing the sequence — trying to pull a section out intact with breakers still racked in — risks damaging the draw-out mechanisms, which is where most of the resale value lives.
A single low-voltage draw-out breaker in the 800–2000A range typically weighs 100–300 lbs depending on frame size and manufacturer. A 4000A main breaker can weigh 400–600 lbs or more.
The enclosure sections themselves are dense. A standard 36-inch-wide LV switchgear section with bus, wiring, and hardware runs 800–1,500 lbs. A full lineup serving a 2–4 MW data center might span 15–30 feet of floor space and weigh 8,000–20,000 lbs in total, including breakers.
Medium-voltage switchgear is heavier per section — 2,000–4,000 lbs per bay is common — and requires more clearance for rigging because the sections are taller.
Knowing these weights before the removal day matters. Floor loading, dock capacity, and trailer selection all depend on it. If your facility has a basement or a raised floor with limited load ratings, flag that early.
Value is driven primarily by the breakers, not the enclosure. A name-brand draw-out breaker — Square D, Eaton Cutler-Hammer, GE, Siemens — in working condition with intact mechanisms has meaningful resale value. Common 800–1600A frame breakers in good condition can bring several hundred to a few thousand dollars each depending on frame, rating, and current market demand. Larger frames and medium-voltage breakers command more.
The enclosure structure has value too, mostly as refurbished gear for buyers who need a matching section or as heavy steel scrap if the switchboard is an older or non-standard configuration. Bus bar — usually copper — has commodity value on top of that.
Condition factors that move the number: whether the breakers have been exercised recently, whether the arc chutes are intact, whether there’s obvious heat damage or corrosion on the bus, and whether any protective relay cards are still present. A section that was maintained and operated normally in a clean data center environment is worth meaningfully more than the same nameplate rating pulled from a dirty industrial site.
For more on how buyers assess value across equipment types, see our overview of used switchgear purchasing.
In-house rigging matters on a job like this. Switchgear sections are awkward — tall, top-heavy, and often located in rooms with low overhead or narrow doors. A buyer who also self-performs the rigging controls the pace and the handling quality, which protects both parties.
Powerhouse Systems handles switchgear removal as part of full-facility electrical decommissioning or as a standalone scope. We bring our own rigging crew, assess the full lineup before quoting, and buy the breakers and enclosures together rather than requiring the facility to find separate buyers for each component. You can see how that plays out on a real project in our Nanuet data center decommissioning case study.
If you have switchgear coming out of a facility — whether it’s a planned decommissioning or an equipment refresh — we’re straightforward to work with. Principals answer the phone, we quote the same day after a walkthrough or photos, and we pay for the gear rather than billing for removal. Call us at (612) 599-5048 or visit our decommissioning services page to tell us what you have.