Higher-voltage #EVs and #SiC switching have raised the demands for #CapacitorFilm. Conventional materials can't keep up with new efficiency, thermal management, and power density requirements. Everything PE covered how #NanoPlex LDF closes this gap: https://ow.ly/5yHQ50Z89QN

#ElectricVehicles are pushing #DCLink capacitors to new extremes. 800–900V powertrains, #SiC switching, and dense power electronics are raising the thermal bar. Go beyond conventional #CapacitorFilm's 85°C max with 135°C #NanoPlex. Learn more: https://ow.ly/aR8I50Z7uYe

The #PowerElectronics world heads to Nuremberg next week for #PCIM2026, and we’re joining Advanced Conversion on the floor. We'll demo how #NanoPlex LDF + Advanced Conversion’s Power Ring crush #DCLink limits in 800V+ #SiC #EMobility inverters. Attending? DM us to connect.

#800VDC is live in AI factories... Vertiv, Delta, TI, and NVIDIA are all moving. The #DCLink capacitor (and the film inside it) decides whether the architecture holds up. Peak CMO Shaun Walsh on the stakes with EE Power: https://ow.ly/juBn50Z6i4j#800VDC#DCLink #CapacitorFilm #AIInfrastructure

The companies that built businesses on the internet are now building the #AIInfrastructure to power it. In Utility Dive, Peak CMO Shaun Walsh dives into what this means for utilities, regulators, and every component in the power chain. https://ow.ly/N5Yo50Z5CFa

Peak Nano is growing. Welcome, Dr. Pam Wilson, our new Director of Global Applications Engineering. Pam brings a PhD in Macromolecular Science and 15 years of #AdvancedMaterials commercialization. She will lead our global applications engineering team. Glad to have you, Pam!

The Midwest exodus is reversing, and #NortheastOhio is leading it. Thanks, The Wall Street Journal, for the chance to share how we're helping grow the #AdvancedMaterials workforce. Born from CWRU + DARPA research, our team mixes DC vets, boomerangs, and homegrown engineers. https://ow.ly/7pnx50Z4mmH

Today, we honor those who gave everything. We help build the systems that protect service members in the field, where performance standards are conditions of survival. To everyone who has served, past and present, your sacrifice is why we take this work seriously. #MemorialDay

We're on the ground at #R2RUSA2026 Booth 520. Today at 11:30 am in room 25B: Peak's CSO, Dr. Michael Ponting will tell the story of how we took nanolayered #CapacitorFilm for the grid, EVs, and #FusionEnergy to market in three years instead of thirty. #NanoPlex #R2RUSA

We’re at #R2RUSA2026 in Cleveland. Stop by Booth 520 and catch CSO Dr. Michael Ponting’s session on Thursday at 11:30 a.m. on how we took #NanoPlex #CapacitorFilm from concept to million-pound production, advancing performance for power grids, EVs, and #FusionEnergy. #R2RUSA

Every volt lost between the grid and the GPU is a volt that doesn't train an AI model. That's why data centers are moving from AC to #800VDC. New whitepaper coming out soon on the NVIDIA architecture driving this transition and the #NanoPlex #CapacitorFilm built for it. Here are the highlights:

The EV and charging infrastructure markets are scaling fast. #NanoPlex LDF, the material behind Advanced Conversion's Power Ring, keeps high-performance #800V SiC inverters reliable. Tech insight from VP of cap dev, Mason Wolak, in Electronic Specifier. https://ow.ly/MIi950YYVCX

Conventional food packaging relies on materials that persist in landfills and break down into microplastics. At Peak, we're working to change that with biodegradable #NanoPlex films. Thanks to cleveland.com for telling this story. https://ow.ly/1xLf50YYlsE

What will it take to make #FusionEnergy cost-competitive by the mid-2030s? Peak Nano and E&P Technologies joined The Fusion Report alongside fusion developers, #SupplyChain leaders, and analysts to answer that question. Recording here: https://ow.ly/TCEB50YYbBv#FusionEnergy

Last week at the AI+ Expo in D.C.: 20,000 leaders gathered around AI, robotics, and energy infrastructure. Our throughline: Behind every leap forward, there's a power story; behind that, a components story. That's where we fit in. #NanoPlex #AdvancedMaterials

IMG #FusionPower demands extreme pulsed power: megajoules in nanoseconds, over billions of shots. Mason Wolak (Peak Nano) + Caroline Sorrick (E&P Tech) reveal how #NanoPlex films + modular capacitors enable grid-scale repetition. https://ow.ly/mbBo50YVX80#FusionPower#NanoPlex #MaterialsScience

It's #FusionEnergyWeek. Check out virtual events: https://ow.ly/iykj50YVLkk#FusionEnergyWeek Fusion has never been closer to the grid. But we need a #DomesticManufacturing base that can deliver #AdvancedMaterials like capacitor film at scale for national security and energy independence. #NanoPlex

Fusion must hit $50/MWh to win vs. solar/gas. Peak Nano CMO Shaun Walsh analyzes the #AI + population growth power crisis, the supply chain race, and how advanced #PulsedPower materials are the key lever to #FusionEnergy's cost breakthrough. https://ow.ly/yIvF50YVevm

We're at #IAEA's regulatory effectiveness conference this week discussing how #NanoPlex films manage heat and prevent dielectric breakdown in pulsed-power capacitor banks. Lowering operating costs to create competitive electricity is how we help #FusionEnergy reach the grid.

A traditional #DataCenter draws ~100 MW. #AI facilities being built today draw up to 7,000. The grid wasn't built for this. We need #800VDC distribution and advanced capacitor film to ease grid constraints and unlock more GPUs per MW. https://ow.ly/4KZC50YS3bk

One map. Every power plant, #DataCenter, and transmission line on Earth. Global electricity demand could double by 2035... mostly because of AI. Speed to power will decide who wins the #AIRace. https://ow.ly/EPAi50YRiNT

Peak was featured on WKYZ's #MissionPossible series. @wkyc.bsky.social goes inside our Valley View facility to show how #NanoPlex nanolayer polymer films are powering next-gen energy, electronics, and sustainable packaging. Watch: ow.ly/iYA050YQxJU Greater Cleveland Partnership

We're on @wkyc.bsky.social this morning at 9:00 AM ET! #MissionPossible visits Peak Nano to look at how NanoPlex™ nanolayer polymer films are enabling next-generation #energy, electronics, and sustainable packaging. Channel 3. @greatercle.bsky.social

Tune in to @wkyc.bsky.social this Sunday, April 26 during the 9 am hour. Peak Nano will be featured in the #MissionPossible series, spotlighting Northeast #Ohio's #AdvancedMaterials innovators and the work happening at our Valley View facility. We're proud to help power @greatercle.bsky.social!

12–15% of every megawatt fed into an AC #DataCenter never reaches a GPU. #800VDC cuts that waste in half. The capacitors that make 800 VDC work require 105°C continuous operation + SiC/GaN compatibility. #NanoPlex LDF was built for this: https://ow.ly/aBAR50YPaVp

Today, we testified before the House Fusion Caucus in support of #HR5441. Our message was simple: #FusionEnergy will be built. The only question is whether the supply chain for critical enabling materials like #NanoPlex advanced capacitor film gets built here or in China.

The #AI race is now a race for power. And Washington wants hyperscalers to build the generation capacity themselves. Yesterday, Frank Berry of IT Brand Pulse and Shaun Walsh of #PeakNano broke down what this means for #DataCenter design. Watch on-demand: https://ow.ly/YMPI50YOe9H

#DataCenter power systems are a $21.5B market today, on track to reach $56.5B by 2034. #800VDC distribution is the fastest-growing segment, and film capacitors are the only viable dielectric. U.S.-engineered #NanoPlex LDF was built for this voltage class. https://ow.ly/nHtH50YNKEb

Next Tuesday: → Why power access now outranks chips in the #AI race → The shift to #800V in DC #DataCenters → How hyperscalers are becoming power companies → Why high-performance components are essential This conversation is worth an hour of your time: https://ow.ly/r0VK50YKPpY

Legacy Marx generators were built for single-shot science. #IMGFusion facilities need tens of thousands of capacitors surviving billions of shots at commercial rep rates. And the film inside the capacitor sets the ceiling for everything built around it. https://ow.ly/leHn50YKPfz

The dielectric film inside capacitors is a #FusionEnergy system design constraint. It doesn't have to be. Shaun Walsh and Allison Gittings spoke with Fusion Energy Base about how #NanoPlex lets engineers shrink banks and hit higher rep rates for cost-competitive fusion. https://ow.ly/P23750YKyK2

Commercial #PulsedPower fusion has a supply chain problem. At 1 Hz operation, a BOPP-based capacitor's 17,000-shot lifetime runs out in under five hours. Read our new whitepaper on the capacitor math IMG-based #FusionEnergy demands. https://www.peaknano.com/resources/getting-to-1hz-shot-rate

ARPA-E just doubled its entire #FusionEnergy portfolio in a single announcement: $135M over 18 months. The physics is solvable. The funding is coming in. And the supply chain must be ready when the call comes. Our take: https://ow.ly/lVlx50YIoQG#FusionEnergy

The EV industry has moved to 800V+ inverters. Silicon Carbide made it possible... but one component of the #DClink hasn’t kept up. See what we're doing about it. #EVTechnology #PowerElectronics #AdvancedMaterials #NanoPlex #DomesticManufacturing

Global power and #AILeadership are now inseparable... and access to power, fast, will determine who wins the AI race. We're breaking down: – Why hyperscalers must act like utilities – The #800V DC #DataCenter shift – Why components matter Register → https://ow.ly/Ff8l50YFBPE

Before fusion can generate power, it needs startup energy... stored in capacitor banks. But current capacitor tech is lagging, preventing #FusionEnergy from being cost-competitive. Read about this challenge and how #NanoPlex film can help: https://ow.ly/36it50YFzSp#FusionEnergy

AC powered the last century. DC is powering the next. Shaun Walsh's new article in Utility Dive explains why we must shift from AC to DC architectures... and how advanced capacitors are critical. https://ow.ly/Ljvx50YF5PA

Our partnership with Advanced Conversion will deliver a new class of DC‑link capacitor solutions purpose‑built for 800 V SiC architectures—closing a critical gap between platform potential and reliable performance. Coverage via Charged Electric Vehicles Magazine. 🔋⚡ https://ow.ly/zAf750YCYf2

The physics of #FusionEnergy has been proven. But the dielectric film inside the capacitors powering commercial plants will determine energy density, thermal limits, and plant economics. Read our deep dive into fusion's #AdvancedMaterials bottleneck → https://ow.ly/AFkV50YCskk

Thanks to Plastics Today for covering our partnership with Advanced Conversion: https://www.plasticstoday.com/automotive-mobility/peak-nano-and-advanced-conversion-partner-on-next-gen-dc-link-capacitors

800V+ SiC inverters need DC links built just for them. Our NanoPlex™ LDF + Advanced Conversion’s Power Ring = #SiC unleashed for EV powertrains, commercial EVs, eVTOL systems, and DC fast charging. Engineers: This is your solution. https://ow.ly/7Imi50YBQ2z#SiC #DCLink #EVTech #800V

Big news in e-mobility: We’re teaming up with Advanced Conversion to remove the #DCLink capacitor bottleneck that's been holding back 800V+ #SiC inverters. Our NanoPlex LDF film + their Power Ring DC link changes everything. Read the announcement: https://ow.ly/G3cy50YBaLZ#DCLink

#APEC26 confirmed what we've been hearing across #PowerElectronics: DC links are the bottleneck holding back 800V+ SiC/EV. Stay tuned to see how we're collaborating to solve this challenge.

#FIAPolicy2026 takeaway: Fusion is going industrial. But without domestic pulsed-power supply chains, it won’t scale. Capacitors and dielectric films are now critical infrastructure. Our recap: https://ow.ly/SVmp50YzR1F

#APEC26 perspectives on R&D-to-commercial paths, compliance testing, and quality engineering have been eye-opening. We've enjoyed hearing how everyone navigates these challenges. Check out Peak #FilmsAsAService: https://ow.ly/fgkJ50Yznsy

#APEC26 is where the #PowerElectronics ecosystem comes together to tackle rising demand and system complexity. Stop by Booth 2236 (Hall 34). Let’s talk scaling.

#APEC26 is electric... researchers, engineers, and manufacturers discuss ways to evolve #PowerElectronics systems under extreme pressures. Architecture evolution feels tangible here. Learn more about #FilmsAsAService at Booth 2236 in Hall 34.

#APEC26 is underway in San Antonio, with 5K+ #PowerElectronics pros discussing power converters, motor drives, and EV/grid challenges... sharing practical insights and collaborating for R&D and #AdvancedManufacturing wins. Catch us in Hall 34 at Booth 2236.

One message from Fusion Industry Association's #FIAPolicy2026: #fusion’s bottleneck isn’t just physics—it’s supply chain. From capacitors to manufacturing, scaling fusion requires purpose-built hardware. We're building just that with Nanoplex HDC + E&P. Shaun's talk: https://ow.ly/Xn6A50Yx1xs

Commercial fusion will take more than physics breakthroughs. It’s a massive industrial manufacturing challenge. Peak Nano + E&P Technologies are building U.S.-engineered capacitor technology to power the next generation of energy. Swipe to learn more. #FusionEnergy #NanoPlex