Modular E houses are transforming how industries deploy critical power infrastructure. Built off site and delivered ready for installation, these integrated electrical environments house switchgear, controls, and monitoring systems in a secure, climate controlled structure. The result is faster deployment, improved reliability, and scalable power distribution for data centers, industrial facilities, and utility operations.

As electrical switchgear approaches the end of its rated lifespan, facility leaders face a critical decision: retrofit or replace. Beyond performance and compliance, the choice has major financial implications tied to downtime, maintenance costs, and long-term risk. In 2026, increasing regulatory pressure, sustainability goals, and operational demands are pushing organizations to closely evaluate whether retrofitting existing switchgear can deliver meaningful cost savings.

Custom switchgear solutions can deliver a number of benefits for manufacturing facilities of all sizes. Here’s how.

Low voltage switchgear protects operators and equipment while also allowing greater control over circuit management. Here’s what you need to

There are several UL safety standards for electrical switchgear. In this blog, we’ll break down some of the most important.

Modernizing your switchgear reduces risk, ensures compliance, and improves efficiency. Here's how to achieve that on a budget.

In this blog, we’ll look at the specific risks involved and the best practices for performing industrial switchgear maintenance.

Retrofitting components into switchgear has a number of business advantages. We look at what they are and how to get a retrofit done.

Switchgear built to the UL 891 standard is important for safety, as it minimizes potential hazards from low voltage systems