Electrical Industry Articles and Stories

Back when we renovated the house, one of the top priorities was upgrading the electrical system. The house was built back in the 60s, and the electrical system was a mess, to say the least. Well, maybe not a total mess, but definitely outdated.

Look up in most U.S. kitchens and you’ll likely see recessed downlights shining back at you. These fixtures have been the go-to option for decades – not just in kitchens, but throughout the house – for providing area lighting that doesn’t interrupt a ceiling’s clean lines

Exterior residential wall construction is receiving more attention these days, especially in areas now prone to dangerous weather conditions. Traditional wood-frame approaches can have difficulty withstanding extreme winds, flooding, and wildfires, and both building departments and home insurers are taking notice.

In the constantly changing world of lighting technology, wireless fixture control marks a significant leap forward. These systems, defined by their ability to manipulate lighting conditions, without the need for hard-wiring, are swiftly becoming a vital tool for electrical contractors and lighting designers.

Yeah, I’m sure you know the saying — “When all you have is a hammer, everything looks like a nail.” And I’d imagine you probably chuckled, just a little anyway. A friend of mine gave his small boy a hammer for his birthday. And the kid beat on everything, all day long, when Tommy was at work… including the gas meter in the yard.

The concept of 3D printing, also known as additive manufacturing, initially surfaced in the 1980s, thanks largely to the innovative work of engineer Chuck Hull. Hull invented a process called 'stereolithography', or SLA, a method that allowed for the creation of 3D models layer by layer, literally bringing ideas to life. It was a revolutionary breakthrough that sparked the beginning of the 3D printing era.