Peak Nano Corp

Peak Nano Corp Peak Nano Corp specializes in the rapid development of breakthrough nanotechnology systems globally.

We help industry-leading companies in the Capacitor films and Specialty films industries rewrite the rules powered by Peak's nanolayer technology.

News from Cleveland: Advanced materials innovation isn't only happening on the coasts. It's happening in  .This weekend,...
04/27/2026

News from Cleveland: Advanced materials innovation isn't only happening on the coasts. It's happening in .

This weekend, Peak Nano was featured on WKYC's "Mission Possible" series, which spotlights the people and companies building Northeast Ohio's innovation economy. The segment features Dr. Michael Ponting at our Valley View facility. He walks through how nanolayer polymer films are helping enable next-generation energy storage, electronics, and sustainable packaging... and how our partnership with at Case Western Reserve is helping establish the region as a national hub for and smart manufacturing.

We're proud to be part of what's being built here.

Watch the segment: https://ow.ly/ywaK50YQyT4

Thanks to WKYC and the team for the feature.

Every megawatt fed into a legacy AC   loses 12–15% of power to conversion overhead before it ever reaches a GPU. Multipl...
04/24/2026

Every megawatt fed into a legacy AC loses 12–15% of power to conversion overhead before it ever reaches a GPU. Multiply that across 55 gigawatts of global data center capacity today, and the waste is staggering... enough to impact the national grid.

distribution cuts those losses to 5–7%. At the scale AI infrastructure is being built, that difference creates an enormous reduction in how much generation capacity the U.S. needs to create.

The capacitors that make 800 VDC work need to be rated for continuous 800V operation at 105°C with compatibility for the SiC and GaN switching devices that run at those frequencies. Standard dielectric film can't meet that spec. LDF was built for it.

Learn more: https://ow.ly/HnI950YPaQS

Today, Peak Nano took the floor in the Rayburn House Office Building to testify before the House Fusion Caucus in suppor...
04/23/2026

Today, Peak Nano took the floor in the Rayburn House Office Building to testify before the House Fusion Caucus in support of : the Fusion Advanced Manufacturing Parity Act.

Our message was simple. will be built, supplying up to 20% of U.S. power generation. That will require roughly 1,500 plants, each consuming 2 to 5 million pounds of capacitor film per year.

Behind every fusion machine are millions of high‑voltage capacitors, firing billions of times over decades. Conventional dielectric films break down quickly in that environment and quietly drive up costs. We need a domestic supply of advanced materials like next-generation capacitor film to make fusion economically viable.

A few things we put on the record:
– The U.S. manufactures millions of capacitors every year, but imports over a billion pounds of the film that goes inside them. Zero U.S. companies make the production machines. Zero U.S. companies make the polymer resin that goes inside it.
– Fusion plants will depend on capacitor banks that are reliable, replaceable, and cost‑effective over decades. Today’s global supply chain leaves that critical link heavily exposed and tilted toward China.
– PeakNano is currently the only U.S. company producing advanced dielectric film designed for fusion and other high‑power applications, enabling smaller capacitor banks, less maintenance, and lower capital cost per megawatt.

HR 5441 doesn't finance our work. It asks for tax parity, the same tax code treatment other energy technologies receive. The 45X credit sends a signal from the U.S. government that this market is real, that building here is worth the risk. It converts dollars that would otherwise be absorbed by tariffs into new production lines and American jobs.

We're grateful to Representatives Carol Miller and Don Beyer for their bipartisan sponsorship, to the Fusion Industry Association for convening the panel, and to our fellow panelists at Helion, Nucor, and Commonwealth Fusion Systems.

Fusion is moving beyond the physics... it's now a supply chain challenge. Washington is starting to understand that.

The AI race has become a race for power. And Washington has made clear who needs to build this generation capacity: hype...
04/22/2026

The AI race has become a race for power. And Washington has made clear who needs to build this generation capacity: hyperscalers themselves.

Yesterday, Frank Berry of IT Brand Pulse and Shaun Walsh of sat down for a conversation on what that shift means for the next decade of AI, energy, and infrastructure investment... and for everyone downstream of it.

They covered how:
– Global electricity demand will double over the next 10 years
– The and power market is on track to clear $1 trillion by 2030
– architecture, including NVIDIA's DSX reference design, is rewriting how we generate, transfer, and deploy power at the rack
– films, engineered for 800 VDC, can be integrated into capacitors to make the next-generation AI-ready possible

If you build, fund, power, or depend on data centers, this conversation is worth a listen. Watch on-demand: https://ow.ly/GZSt50YOe9L

The   power system market is on track to grow from $21.5B to $56.5B by 2034. The fastest-growing segment?   distribution...
04/21/2026

The power system market is on track to grow from $21.5B to $56.5B by 2034.

The fastest-growing segment? distribution, the technology NVIDIA's Vera Rubin DSX AI Factory just made the new standard.

Here's the part nobody's talking about: in the 800 VDC environment, electrolytic capacitors are out. Film is the only viable dielectric technology. And every conversion, filtering, and energy storage point in the architecture requires them.

LDF was engineered for this voltage class. Single-grade 800 VDC qualification. 105°C continuous operation. No wear-out mechanism. 100% U.S. engineered.

Capacitor film qualification for 2027 platforms is underway. Design-in decisions made now will determine how effectively our AI infrastructure scales tomorrow.



https://ow.ly/cqeo50YNKEc

Join us for next Tuesday's webinar: "The Race to Win AI - Power, Geopolitics, and the DC Data Center." Here's what we'll...
04/17/2026

Join us for next Tuesday's webinar: "The Race to Win AI - Power, Geopolitics, and the DC Data Center." Here's what we'll cover:
→ Why AI and are the dominant force behind surging global power demand
→ How access to power is the #1 factor in winning the AI race (ahead of chips, talent, and capital)
→ The DC data center buildout and what it demands
→ Why the White House is pushing hyperscalers like Google, Microsoft, Meta, and Amazon to function as power companies
→ How U.S.-made advanced materials are needed for reliable, compact power solutions that enable next-gen AI workloads

IT Brand Pulse's Frank Berry and Peak Nano's Shaun Walsh will go deep on the forces reshaping for the decade ahead.

This conversation is worth an hour of your time: https://ow.ly/EBXr50YKPq0

IMG-enabled fusion is no longer just a physics experiment. It’s an engineering program, and it’s pushing capacitor tech ...
04/17/2026

IMG-enabled fusion is no longer just a physics experiment. It’s an engineering program, and it’s pushing capacitor tech into new territory.

Our latest blog, co-authored by Mason Wolak, VP of Capacitor Development at Peak Nano, and Caroline Sorrick, Founder & CEO of E&P Technologies, explains what the move from legacy Marx generators to Impedance-Matched Marx Generators (IMGs) means for the components inside the system.

A few fusion realities that don’t get enough attention:
-IMG architectures deliver megajoules of energy in nanoseconds at commercial repetition rates. That rewrites the spec for every downstream component.
-Traditional BOPP capacitors were built for single-shot machines firing a few hundred times a year. IMG plants will need tens of thousands of capacitors per site, surviving millions to billions of shots in high-temperature, high-voltage conditions.
-The film inside the capacitor sets the ceiling for everything built around it. We must improve the dielectric before grid-scale hardware can be built.

Our NanoPlex™ HDC and E&P's modular capacitor platform are being co-developed specifically for this environment.

https://ow.ly/7Xw950YKPfA

If you're a fusion developer, this one's for you.Peak Nano CMO Shaun Walsh and Director of Communications Allison Gittin...
04/16/2026

If you're a fusion developer, this one's for you.

Peak Nano CMO Shaun Walsh and Director of Communications Allison Gittings sat down with Fusion Energy Base to discuss how NanoPlex™ is designed to enable next-generation fusion systems... and what that means for the engineers building them.

In the interview, they cover:
– How was designed as a platform for , enabling higher energy density, higher operating temperatures, higher repetition rates, longer life, and more predictable performance that is tunable to the demands of both and
– How raising the dielectric performance ceiling lets system engineers shrink banks, simplify balance-of-plant, and drive toward a cost-per-MWh that competes with today's leading generation technologies
– Peak Nano's goal: To be the fusion ecosystem's trusted dielectric film partner, delivering capacitor film that actually meets fusion requirements and is available at scale from domestic and allied supply chains

Read the interview: https://ow.ly/zoY250YKyLo

Commercial   fusion has a supply chain problem. At 1 Hz operation, a BOPP-based capacitor's 17,000-shot mean lifetime is...
04/15/2026

Commercial fusion has a supply chain problem. At 1 Hz operation, a BOPP-based capacitor's 17,000-shot mean lifetime is exhausted in under five hours.

We just published a whitepaper that traces the history of the Impedance-Matched Marx Generator (IMG), and today's architectures targeting 60+ MA for commercial Magnetized Liner Inertial Fusion (MagLIF).

The numbers are striking:
– The Sandia Z machine runs 2,160 large custom capacitors at ~200 shots per year.
– Pacific Fusion's Demonstration System requires ~50,000.
– Sandia's conceptual Jupiter design: 352,800.

A commercial fleet of ten plants could require millions of replacements annually.

Every one of those capacitors depends on the dielectric film at its core. And 70–80% of global capacitor-grade film currently comes from China.

The IMG architecture is a genuine engineering breakthrough. But will only reach the grid if the dielectric film inside capacitors can survive commercial shot rates.

That's what NanoPlex HDC was built for.

Read the whitepaper: https://www.peaknano.com/resources/getting-to-1hz-shot-rate

ARPA-E just doubled down on  , committing $135M over the next 18 months. That's more than the agency invested in fusion ...
04/13/2026

ARPA-E just doubled down on , committing $135M over the next 18 months. That's more than the agency invested in fusion over the past 12 years combined.

Fusion's physics challenges get all the attention. But making fusion energy cost-competitive comes down to building plants on time, affordably, and at scale. That all comes down to the supply chain.

Can the supply chain deliver when commercial fusion arrives?

Vendors, materials companies, and component manufacturers need to get ready before the call comes. Those with proven, manufacturable technology on the shelf will determine how fast fusion moves from scientific milestone to grid megawatt.

Our latest piece breaks down what this investment targets and why domestic materials manufacturing can't wait.
https://ow.ly/YKEB50YIp2J

The EV industry has moved to 800V+ inverters.Silicon Carbide made it possible... but one component of the   hasn’t kept ...
04/10/2026

The EV industry has moved to 800V+ inverters.

Silicon Carbide made it possible... but one component of the hasn’t kept up.

See what we're doing about it.

Global power and   are now inseparable... and the infrastructure decisions being made today will shape the next decade.W...
04/09/2026

Global power and are now inseparable... and the infrastructure decisions being made today will shape the next decade.

Worldwide electricity demand is expected to double over the next 10 years, driven by AI and . That makes fast, reliable access to power the single most important factor in winning the AI race.

Join IT Brand Pulse's Frank Berry and Peak Nano's Shaun Walsh as they unpack:
– Why hyperscalers are being pushed to think and act like utilities
– How DC is changing data center design
– Why the components inside these systems matter more than most people realize

For anyone working in data centers, energy, AI, or tech investing, this is the conversation you need to hear.

Register today → https://ow.ly/B5El50YFBPI

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7700 Hub Parkway Suite 8
Valley View, OH
44125

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