Predictive Technology, Inc.

05/27/2026

⚡ The Harry, Hermione, and Ron of backup power.

Individually? Useful.
Together? They save the entire system.

Your UPS, batteries, and generator work the same way.
✅️ One handles the immediate response.
✅️ One carries the load.
✅️ One keeps everything running long term.

Because when the power grid starts acting like Voldemort… you don’t want only one layer of protection.

👍 Read More: https://www.datacenterknowledge.com/uptime/comparing-data-center-backup-power-systems

Data center backup power systems are critical for maintaining operations during power grid failures. Learn about three standard options.

05/22/2026

Power issues don’t have to be full outages to create problems. Voltage dips, fluctuations, and short disturbances can still take systems down if there’s no UPS protection in place.

And this applies to more than just large data centers.

🔌 Small medical offices.
🔌 Gas stations.
🔌 Corporate offices.
🔌 Retail environments.

Downtime matters, beuase every second your servers are down, that is time you're not running your business (and that means you're losing money).

UPS power prevents downtime. It matters.

Learn More: https://www.datacenterknowledge.com/uptime/voltage-ride-through-a-key-ingredient-in-data-center-resilience

Voltage ride-through helps data centers withstand power disturbances, ensuring resilience and minimizing downtime in an unstable energy landscape.

05/15/2026

We love seeing innovation like this happening right here in Nebraska.

As AI and data center growth continue accelerating, energy efficiency is becoming one of the biggest conversations in the industry — especially around power infrastructure and how facilities handle increasing demand.

We’ve been saying for years that power availability and efficiency are quickly becoming limiting factors in data center growth. That’s why research like this from UNL is exciting to see.

Read More: https://news.unl.edu/article/husker-engineer-aims-to-make-data-centers-more-energy-efficient

Anonymous warehouses hum with the computations that power artificial intelligence, but an invisible problem is growing louder: the increasingly large volume of energy they require. Husker researcher Jun Wang is working to create a solution with wide-ranging positive impacts for those businesses and....

05/14/2026

Meet the People Behind the Uptime, Aaron Gonzales, one of PTI’s Integration Technicians.

If there’s a battery issue, monitoring problem, or something in the data center just “doesn’t seem right” — Aaron’s the guy you want walking through the door.

He installs, services, and troubleshoots battery systems and battery monitoring for our clients, helping turn confusing problems into real solutions.

Call him PTI’s version of Elvis.
🎙️ Cool under pressure.
🎙️Shows up when things get serious.
🎙️And knows how to handle the situation.

In critical environments, experience matters. Because when systems start acting up, uptime depends on having the right people in the room.

05/01/2026

We all like to max things out.

💪 Max weight at the gym.
💪 Max coffee size.
💪 Max efficiency.

But your UPS? That’s one thing you don’t want to max.

We see it all the time — systems running close to capacity because everything “looks fine.” Until it isn’t. UPS systems aren’t designed to live at 100%.

Once you start pushing past ~80%, you reduce your margin for:
🚫 Load Spikes
🚫 System Inefficiencies
🚫 Unexpected Changes

And in redundant systems, the risk is even higher. If you have two UPS systems, each one should be carrying no more than ~40%. Because if one goes down, the other has to take the full load. If both are already near capacity, failover becomes the problem.

Maxing out your UPS doesn’t mean you’re efficient. It means you’re operating without a buffer (and with reduced runtime).

And in power systems, the buffer is what keeps everything running when something changes.

www.ptisolutions.com

04/28/2026

Meet the People Behind the Uptime: Angela, CEO.

While most people think of uptime in terms of equipment and systems, there’s a whole side of the business that keeps everything running behind the scenes and that's where Angela leads the way.

From HR and payroll to finance, tax, and legal — she manages the operational foundation that allows the rest of the team to focus on supporting our clients. It’s what keeps our business moving, the team supported, and everything running the way it should.

Because uptime doesn’t just happen in the field. It happens in the details behind the scenes.

04/24/2026

Spring is when small power system issues start to show up.

Temperature swings.
More frequent power events.
Systems getting pushed a little harder than usual.

Most of the time, nothing fails immediately. But this is when batteries start to show stress, UPS systems drift, and monitoring gaps become more noticeable.

👉 https://www.ptisolutions.com/spring-readiness-checklist/

Curious what others are seeing this time of year — where do issues tend to show up first in your environment?

Spring power system checklist for operators: inspect batteries, UPS systems, monitoring, and environmental conditions before issues arise.

04/21/2026

Meet the People Behind the Uptime: Meet Chrissy Thomas!

If you’ve ever worked with PTI, there’s a good chance she’s played a role in making sure everything ran smoothly — even if you don’t see it.

She manages orders, handles invoices, works with suppliers, and keeps the day-to-day operations moving without missing a beat. In short, she keeps the train running on the tracks.

It’s the kind of work that doesn’t always get noticed — but it’s what ensures your orders arrive on time and projects stay on schedule. She is the glue that holds our office together and your project with PTI running smoothly.

04/10/2026

Some of the biggest risks we see in smaller data closets aren’t technical. They’re assumptions.

“The UPS will take care of everything.”
“No alarms means everything is fine.”
“Nobody really touches this rack.”
“We don’t need monitoring at this scale.”
“We’ll deal with it if something happens.”

On paper, those all sound reasonable. In practice, they create blind spots.

⏰️ UPS systems don’t catch everything — especially overload conditions, battery degradation, or configuration issues.

⏰️ No alarms doesn’t always mean no problems — it can mean alarms aren’t configured, thresholds are off, or alerts are being ignored.

And that rack?
⏰️ More people interact with it than you think — IT, HR, vendors, anyone who can walk into the room — all making changes without anyone tracking it.

⏰️ Most smaller environments don’t have clear ownership or response plans. So when something does go wrong, the response is reactive — not prepared. And is often delayed, causing more issues, increasing response time, and increasing the money spent to resolve the probelm.

⏰️ And the idea that monitoring isn’t needed at this scale? That’s usually where the risk is highest. Because you have less people watching, less redundancy, and more distributed responsibility.

These systems don’t fail because they’re complex. They fail because too much is assumed — and not enough is verified.

Don't fall victim to these assumptions because you know what they say about assuming....

04/08/2026

We’re excited to see how data centers continue to grow and explore new horizons. We’ve already put them in the ocean… so why not space?

That said — we don’t think Tim, Jeff, or the team will be doing any battery monitoring installs in orbit anytime soon. 😆 Jokes aside, this article highlights something real:

The demand for compute, driven by AI, is pushing infrastructure beyond what traditional power, cooling, and land based data centers can support.

Space offers some interesting advantages:
🚀 Nearly unlimited solar energy
🚀 No land constraints
🚀 New approaches to cooling

But it also introduces major challenges:
👽️ Heat dissipation in a vacuum
👽️ Hardware maintenance and replacement
👽️ Cost and deployment complexity

Power and infrastructure constraints are driving innovation in ways we haven’t seen before. And it is so exciting .

We’ll stick to installs on Earth (for now)… but we'll be keeping an eye on this, for sure.

Worth the Read: https://www.technologyreview.com/2026/04/03/1135073/four-things-wed-need-to-put-data-centers-in-space/

SpaceX wants to put up to a million data centers in orbit. There are a few technological hurdles standing in the way.

04/03/2026

When was the last time you looked at your PDUs?
❌️ Not installed them.
❌️ Not walked past them.
💚 Actually reviewed them.

For something that never “needs replacing,” PDUs tend to get ignored. Until something doesn’t look right. Or worse — until no one knows what’s plugged in, where the load is going, or who added that last device.

🔌 How many people are plugging into your PDUs?
🔌 Would you know?
🔌 And more importantly — are you monitoring them?

Because if you’re not, you’re relying on assumptions. And that’s usually where problems start.