Industry Research & Solutions

A distribution transformer is expected to run continuously for decades with almost no attention — which is exactly why its maintenance gets deferred, until a unit fails and an unplanned outage costs far more than the inspection that would have prevented it. Most transformer failures are not sudden

Every commercial or industrial facility relies on switchgear to receive, protect and distribute electrical power. But "switchgear" covers two distinct families of equipment: medium-voltage (MV) switchgear, which typically operates above 1,000 V up to 38 kV, and low-voltage (LV) switchgear, which

For engineers and procurement teams building or expanding a facility in the United States, low-voltage distribution equipment almost always arrives with one label attached: UL 891. It is the standard that governs low-voltage switchboards rated up to 1000 V, and it is the reference point inspectors

Pad-mounted transformers are the workhorse of underground distribution across North America. Wherever overhead poles are impractical or undesirable — commercial campuses, residential subdivisions, data centers, solar farms, EV charging hubs and industrial parks — a tamper-resistant, ground-level

For distribution transformers, energy is lost in two distinct ways. Load losses (copper losses) rise and fall with the current the transformer is carrying, while no-load losses (core or iron losses) are present every hour the unit is energised — whether it serves full load or none at all. Because a

Selecting the right distribution transformer is one of the most consequential decisions on any power project. An undersized unit runs hot, ages prematurely and limits future expansion; an oversized unit ties up capital, occupies valuable floor space and operates inefficiently at light load. Sizing

Choosing between a dry-type transformer and an oil-immersed transformer is one of the first decisions engineers and procurement teams face on any power-distribution project. Both step voltage up or down reliably, but they differ significantly in safety, cost, efficiency and maintenance. This guide