Ovanova

Ovanova Ovanova is America's microgrid team.

With over a decade of experience designing, deploying, and maximizing microgrids across 28 states, our team is creating the full-stack energy platform America needs.

06/16/2026

What if backup power actually worked reliably?

This is Daniel and Chris with the Ovanova PET before it hits the construction site.

The generator alone can't handle the job. The power fluctuates. Your equipment takes a hit over time. But pair it with an inverter that does things right, and everything changes. The inverter manages power quality. The generator provides fuel. Everything stays stable and quiet.

We're deploying this to construction sites first to test it in the real world. After that? The potential is huge. Solar. Batteries. Generator backup. All three are working together seamlessly.

Homes are no longer just energy users. They can become part of a stronger, more resilient grid.With solar, storage, and ...
04/16/2026

Homes are no longer just energy users. They can become part of a stronger, more resilient grid.

With solar, storage, and smarter control, homes can store energy and respond when demand is high. That means less pressure on the grid during the moments that matter most.

As more homes connect this way, communities become more flexible, more stable, and better prepared for what is ahead. That is the kind of energy future worth building.

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The grid is not built for “more.” It is tested by “all at once.”According to the U.S. Energy Information Administration’...
04/15/2026

The grid is not built for “more.” It is tested by “all at once.”

According to the U.S. Energy Information Administration’s Annual Energy Outlook 2026, total electricity demand could grow by 25% to 50% by 2050. A big share of that growth comes from EV charging and data centers, but the bigger issue is how that demand shows up across the day.

When homes, neighborhoods, and communities all use more power at the same time, the grid feels the pressure.

That is what shapes cost, infrastructure needs, and reliability.

The challenge is not just more demand.

It is when that demand happens.

So here’s the real question:
What happens when demand keeps growing… but timing doesn’t change?

Yesterday, EIA released its Annual Energy Outlook 2026, and one number really stood out to us: 818 billion kWh.That’s ho...
04/10/2026

Yesterday, EIA released its Annual Energy Outlook 2026, and one number really stood out to us: 818 billion kWh.

That’s how much electricity data center servers could use by 2050 in EIA’s High Electricity Demand case. EIA also says that it would be more than 16× 2020 levels and a major driver of rising power demand through 2050. (U.S. Energy Information Administration)

That’s roughly the same as the annual electricity use of about 78 million U.S. homes, based on EIA’s estimate that the average U.S. household uses about 10,500 kWh per year.

And that’s what makes this bigger than “just a data center story.”

When demand rises at that scale, the pressure does not stay in one place. It pushes on the grid, on peak capacity, and on the systems communities depend on every day.

That is why the future of energy is not just about adding more power.
It is about building systems that can stay resilient, coordinated, and secure under more pressure.

That is where OVANOVA is focused.

Source: U.S. Energy Information Administration, Annual Energy Outlook 2026 and EIA household electricity use data. (U.S. Energy Information Administration)

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Solar is showing up in more places now, and that’s a good thing.But here’s the part most people do not see.According to ...
04/10/2026

Solar is showing up in more places now, and that’s a good thing.

But here’s the part most people do not see.

According to recent research, many of the biggest solar system risks are not just in the panels themselves. The report found 46 new vulnerabilities across products from three major solar vendors, and said 80% of disclosed solar power system vulnerabilities in the prior three years were rated high or critical.

A lot of the exposure was tied to the connected parts behind the system, like monitoring platforms, cloud systems, and communication pathways.

Why does that matter?

Because when a local clinic, small business, farm, school, or community building depends on energy staying on, reliability is personal. It affects people trying to work, serve customers, keep food cold, protect equipment, and simply get through the day without another disruption.

That’s why Ovanova builds a system for secure, resilient energy.

Because it is not just about having power. It is about making sure the systems behind that power are dependable when communities need them most.

Source: Forescout SUN:DOWN Research

A lot of people were told that getting solar was the answer.And it is a good step.But more and more, we are seeing that ...
04/08/2026

A lot of people were told that getting solar was the answer.

And it is a good step.

But more and more, we are seeing that real resilience takes more than just panels on a roof.

3 weeks ago, a live U.S. outage map showed 1,025,552 customers without electricity at one point, with disruptions spread across multiple regions and utility providers.

That matters because when power goes down, it is never just about electricity.

It affects food.
It affects work.
It affects communication.
It affects safety.
It affects daily life.

For families, small businesses, churches, schools, and local communities, resilience means more than generating power.

It means building systems that can work together when the grid is under pressure.

The future of energy is not just about producing more power.

It is about building smarter, stronger, more connected systems that help communities stay ready.

That is the kind of future OVANOVA believes in.

If you are thinking about what resilient energy could look like for your home or your community, let’s build toward it together.

Build with OVANOVA.

What would your community need most during a long outage?

Oracle’s layoffs are getting attention right now.But the bigger story is what’s happening behind it.More companies are i...
04/03/2026

Oracle’s layoffs are getting attention right now.

But the bigger story is what’s happening behind it.

More companies are investing heavily in AI and data centers.

And that leads to something many people don’t talk about enough:

👉 AI needs a lot of electricity.

Every tool, every model, every system runs on real infrastructure that consumes real power.

As more data centers are built, the demand keeps rising. And that puts more pressure on a grid that is already stretched in many areas.

So the question is no longer just about technology.

It’s about energy.

Not just how we produce it, but how we manage it, monitor it, and keep it reliable and secure as systems get more connected.

Because the future won’t just need more power.

It will need better energy systems that can actually keep up.

Important progress from the field:Ovanova now has three early deployments advancing our secure communications capabiliti...
04/01/2026

Important progress from the field:

Ovanova now has three early deployments advancing our secure communications capabilities with power plant owners.

These deployments are giving the team something every energy platform needs before scale: real operating environments for field data collection, performance validation, and continuous product refinement.

As distributed energy systems become more interconnected, secure communications and dependable control become just as important as generation capacity and storage. The future grid will need infrastructure that is not only cleaner, but smarter, more resilient, and more secure.

That is where we are focused.

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A conflict thousands of miles away can still hit your local energy reality.About 25% of the world’s seaborne oil passes ...
03/19/2026

A conflict thousands of miles away can still hit your local energy reality.

About 25% of the world’s seaborne oil passes through the Strait of Hormuz, around 20 million barrels per day. So when that chokepoint is threatened, the ripple effects can move fast through fuel prices, supply chains, and already-stressed power systems.

That is exactly why resilience cannot be an afterthought.

Local energy systems matter because they help communities keep critical operations running, lower exposure to outside disruptions, and strengthen the grid when stress hits.

The future is not passive dependence.
It is prepared participation.

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607 Sawmill Road
Cedar Grove, NC
272321

Telephone

+18189258447

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