We have all heard, or once said, the phrase: “they sure don’t make things like they used to.”

In most cases, that saying doesn’t hold up, at least not the way we mean it. When it comes to electrical components and devices, many have improved vastly, backed by quality control and quality assurance programs that simply weren’t in place decades ago. The parts themselves are better built, better tested, and better documented than ever.

What has changed isn’t the product. It’s the electrical environment those products are now expected to perform, and survive in.

The Components Aren’t the Problem

It’s worth sitting with that for a second, because it cuts against the instinct most of us have when something fails early. Modern manufacturing tolerances are tighter. Testing standards are more rigorous. The components going into today’s motors, appliances, and electronics are, on paper, higher quality than what went into their equivalents a generation ago.

So, if the parts are better, why does it feel like everything fails faster?

What’s Actually Changed Is the Environment

In an era where efficiency and automation are front and centre, our manipulation of the electrical signal has increased dramatically. Every device that switches power on and off intelligently, ramps a motor up gradually instead of starting it hard, or dims a light instead of simply turning it on, is doing that by chopping up and reshaping the electrical waveform. That’s what makes it efficient. It’s also what makes the environment around it noisier than it used to be.

From “That Bulb Lasted a Decade” to “Didn’t We Just Replace That?”

The days of counting on incandescent lighting to last a decade have turned into “didn’t we just replace that light two years ago?” An old incandescent bulb was, electrically speaking, about as simple as a device gets: a filament that didn’t care much what the power around it was doing. An LED driver is a small electronic power supply, and like every other piece of sensitive electronics sharing that circuit, it’s exposed to every current transient generated by everything else switching, cycling, and automating around it.

This is just a small, everyday example. The same forces are playing out on a much larger scale everywhere electrical systems are being pushed to do more.

The Cost Multiplies in Agriculture and Manufacturing

There are much more complex versions of this same issue arising within agriculture and manufacturing; issues that haven’t just increased the cost of doing business, resulting in higher prices, but have had the exact opposite impact of what was intended when it comes to the stewardship of our valuable resources.

Variable frequency drives, LED lighting, automated controls, sensors, and PLCs are exactly the kind of equipment that makes an operation more efficient on paper. But every one of them is also a source of current transients due to harmonic distortion, and every one of them is exposed to the transients generated by everything else within the system. Premature motor failures, control faults, and unplanned downtime don’t just cost money to fix, they undercut the efficiency and resource savings the equipment was installed to deliver in the first place.

Fixing the Reality Starts with the Electrical Environment

The key to changing this reality is improving our electrical environment. That takes a combination of steps to achieve. In addition to proper wiring practices and upkeep of the mechanics within the electrical system, it’s also essential to have a technology in place that limits the interaction between connected devices within the system, so one piece of equipment’s electrical noise doesn’t become the next piece of equipment’s problem.

How Clean Volt™ Fits In

This is precisely the gap Clean Volt™ was built to close. Our all-solid-state technology responds in under a billionth of a second, continuously managing the current transients moving through your electrical system rather than reacting only to rare, extreme events. Instead of every switching power supply, motor, and automated control interacting freely with everything else in the system, Clean Volt™ limits that interaction, keeping the noise one device generates from becoming stress on the device next to it.

The result is a more stable electrical environment for equipment that was already built better than ever: cooler-running motors and transformers, longer-lasting electronics, fewer nuisance failures, and the efficiency gains automation was supposed to deliver in the first place. It’s backed by a 40-year product warranty and works bidirectionally with solar and generator power.

Frequently Asked Questions

Q: If products are built better than ever, why do they seem to fail faster?

Because the components aren’t usually what’s failing them — the electrical environment is. Modern devices, from LED drivers to VFDs, are more efficient because they manipulate the electrical signal. That same manipulation creates current transients that stress every other sensitive device sharing that system.

Q: Isn’t more automation and efficient equipment supposed to save money, not cost more?

It’s supposed to. But without a stable electrical environment, the transients generated by that same automation can cause premature failures, downtime, and rising maintenance costs — quietly working against the efficiency and resource savings the equipment was installed to achieve.

Q: What does “limiting interaction between connected devices” actually mean?

It means preventing the electrical noise generated by one device from becoming stress on the devices around it. Clean Volt™ does this by continuously managing current transients across the system, rather than waiting for a single extreme event before reacting.

Your equipment probably is built better than what came before it.
Contact Clean Volt™ to talk about giving it an electrical environment that actually lets it live up to that.