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Fermi America Announces Partnership with Parkhill and Lee Lewis Construction to Build the World's Largest 11 Gigawatt Private AI Grid
Aug 22, 2025

Fermi America Announces Partnership with Parkhill and Lee Lewis Construction to Build the World's Largest 11 Gigawatt Private AI Grid

Fermi America, in partnership with the Texas Tech University System, proudly announced two strategic partnerships with West Texas and Panhandle industry leaders Parkhill and Lee Lewis Construction. Together, the respected and proven local firms will support the creation of the world's largest, first-of-its-kind, private grid to power the soaring energy needs of next-generation AI.

energy campus

Parkhill, an expert in engineering and architecture, and Lee Lewis Construction, a leading construction manager/contractor in the country, will join a team of experts developing the 11-gigawatt private grid, located in Amarillo, Texas.

The two companies have distinct, vital roles. Providing engineering and architectural expertise, Parkhill is designing resilient infrastructure solutions that will seamlessly integrate with regional needs and Fermi America's future expansion plans. Responsible for construction management and executing those designs, Lee Lewis Construction will build and manage the site in a way that ensures quality, safety, timeliness and efficiency.

Together, these partnerships will focus on regional growth with a global impact—creating a resilient private grid infrastructure that will underpin innovation and economic development for decades to come, all on time and in budget.

"Growing up in Lubbock, Texas, I've always known and trusted these guys," noted Fermi America co-founder Toby Neugebauer. "When we partnered with the Texas Tech University System and signed the lease on the best site in the country, every big national firm started beating on our door. But being locals, we understood that you simply can't do better than Lee Lewis and Parkhill, and we are excited to be one of their biggest builds to date, right here at home."

Lee Lewis Construction Inc., founded in 1976 and based in Lubbock, Texas, has been listed among Engineering News-Record's Top 400 Contractors in the nation for over 40 consecutive years.

"I started this company with a philosophy of building high-quality structures, developing lasting relationships, and protecting our reputation," said Lee Lewis. "We are proud to partner with Fermi America—who shares our West Texas roots and values—and to be part of a project that will power the future of AI, shaping the world's technological landscape for generations to come."

"You can't make a bad deal with good partners," added Ryan Lewis, Chief Operating Officer of Lee Lewis Construction. "We grew up with this team and respect their ambition to do the right thing for the region and the country. The fact that Texas Tech is a significant Fermi ally makes the partnership even stronger. Truthfully, our motto and commitment to 'building your future' could not be more appropriate than the Amarillo campus, and we are excited to make it a reality." 

Founded in 1944, Parkhill is a highly respected, full-service engineering and architecture firm headquartered in Lubbock, Texas. With a long-standing reputation for excellence, Parkhill has established itself as a trusted partner in delivering innovative, resilient, and sustainable infrastructure solutions across diverse sectors.

Jay Edwards, President of Parkhill, emphasized the significance of the firm's latest project:

"Designing the world's largest private grid with a focus on safety, resilience, and sustainability—while thoughtfully incorporating Texas Tech's design vernacular—was both a priority and a privilege. Our collaboration with the team at Fermi America has spanned decades of multiple successful developments, and we believe this project has the potential to reshape the future of the region."

This initiative underscores Fermi America's deep commitment to West Texas and the Texas Panhandle, building on its ongoing partnership with the Texas Tech University System. Together, the organizations are advancing workforce development, research, and innovation across the state. Parkhill has proudly supported the Texas Tech University System for more than 70 years, while Lee Lewis Construction boasts 50 years of working with the system.

By uniting proven expertise with visionary ambition, this project represents not only an engineering milestone but also a catalyst for economic growth and regional transformation.

Fermi America | https://fermiamerica.com/

Texas Tech University System | https://www.texastech.edu/

Calling All Renewable Energy Employers: GRID Alternatives to Host RE+ Las Vegas Clean Energy Job Fair on September 10, 2025
Aug 22, 2025

Calling All Renewable Energy Employers: GRID Alternatives to Host RE+ Las Vegas Clean Energy Job Fair on September 10, 2025

GRID Alternatives, in partnership with RE+, Women of Renewable Industries and Sustainable Energy (WRISE), the Solar Energy Industries Association (SEIA), and the Smart Electric Power Alliance (SEPA), will host the RE+ Las Vegas Clean Energy Job Fair on Wednesday, September 10, from 11 a.m. to 2 p.m. at The Venetian Expo, 201 Sands Avenue, Las Vegas. The event aims to connect diverse, motivated candidates with leading employers in the solar and adjacent renewable energy industries.

The job fair is free and open to the public, providing a platform for job seekers to engage directly with a mix of local and national companies seeking to fill various positions within the clean energy sector. Employers will be able to meet highly motivated candidates from varying backgrounds while highlighting their company’s visibility and brand recognition at RE+ and among potential employees. This unique event allows companies to build meaningful connections, highlight their mission, and recruit talent ready to fuel the industry’s rapid growth. It supports national objectives of meeting the nation’s growing clean energy workforce needs while supporting a just transition within this rapidly expanding industry. 

RE+ Las Vegas also provides an immediate talent pool prepared to take on the challenges and identify the solutions needed to foster the fast-growing clean energy industry. This initiative aligns with GRID Alternatives' mission to make clean energy careers more inclusive and accessible, while assisting companies in building strong, equitable workforces.

Attendees will have the opportunity to:

- Meet face-to-face with top industry employers who are hiring now.

- Learn about solar and adjacent career opportunities aligned with their clean energy future.

- Share experiences, skills, and resumes with potential employers.

- Attend the RE+ Expo hall after the job fair, as a benefit provided by RE+, which features the latest solar and storage technologies the industry has to offer! 

The RE+ Clean Energy Job Fair is an important event focused on increasing employment opportunities in the renewable energy industry for individuals with diverse backgrounds, experiences, and skill sets. This event allows employers to engage directly with highly qualified and motivated candidates interested in entering the clean energy sector. By fostering intentional and meaningful engagement between employers and job seekers, the job fair not only helps build stronger teams but also enhances the capacity of clean energy companies to meet the growing demands of the industry.

GRID Alternatives | https://gridalternatives.org/

GenH2 Senior Technology Advisor Honored with Prestigious NASA Recognition
Aug 22, 2025

GenH2 Senior Technology Advisor Honored with Prestigious NASA Recognition

GenH2 Corp., a Path2 Hydrogen Company (“Philomaxcap,” ISIN: DE000A1A6WB2, ticker symbol: PTHH), and leader in liquid hydrogen infrastructure solutions, announced that GenH2’s Senior Technology Advisor Dr. Martha Williams is featured in the NASA Technology Transfer Program “Meet the Inventor” article.

Dr. Martha K. Williams, who holds three degrees in multiple disciplines – a bachelor’s in chemistry and biology, master’s in chemistry, and Ph.D. in polymer chemistry, had been awarded a Silver Snoopy Award for her significant contribution to the human space flight program. With patents awarded in hydrogen sensing materials, aerogel composites, cryogenic thermal insulation materials, thermal management systems, and flame-retardant additives, she was later inducted into NASA’s Inventors Hall of Fame, one of only five women to earn that accolade. She retired from NASA in 2018, and now serves as the Senior Technology Advisor of GenH2 Corp., a 100% subsidiary of Philomaxcap AG.

Dr. Martha Williams

On one of her most important inventions, Dr. Martha Williams states: “It was a hydrogen detection technology developed by a team from NASA, University of Central Florida, and Florida Solar Energy Center that was deployed at least twice on the launch pad to detect any possible hydrogen leaks. This technology was an excellent collaboration that went on to be commercialized and won multiple awards, including the R&D 100 Top Technology award in 2014, a NASA Commercial Invention of the Year award in 2016, and Excellence in Technology Transfer Award in 2017. This research and extensive investigation provided technological solutions for possible hydrogen leaks for NASA and beyond.”

Josh McMorrow, CEO of Philomaxcap AG and Executive Chairman of GenH2 Corp., comments: “With an incredible legacy that includes 20 patents, a Silver Snoopy Award, and induction into NASA’s Inventors Hall of Fame, our Senior Technology Advisor Dr. Williams continues to inspire as a leader in innovation and collaboration. From her groundbreaking work at NASA to advancing hydrogen solutions at GenH2, she’s exemplified what it means to turn visionary ideas into transformative technologies. We’re proud to have Dr. Williams on our team, bringing her multidisciplinary expertise and pioneering spirit to the hydrogen industry.”

Read the full article on NASA website: https://technology.nasa.gov/blog-meet-the-inventor-martha-williams.

In March 2025, Philomaxcap AG acquired all shares of GenH2 Corp., a U.S.-based technology leader in liquid hydrogen infrastructure and equipment. GenH2’s proprietary solutions, developed by a team with deep NASA expertise, set a new global benchmark for liquid hydrogen systems by eliminating typical losses of 20–40% due to boil-off and venting. This breakthrough positions Philomaxcap and GenH2 to redefine the cost and scalability of liquid hydrogen, offering a clean, locally produced, and economically viable alternative to diesel fuel.

Philomaxcap AG | www.philomaxcap.de

GenH2 | www.genh2.com

NASA | www.nasa.gov

S-5! Launches Scholarship to Support Future Leaders in the Solar and Construction Industries
Aug 21, 2025

S-5! Launches Scholarship to Support Future Leaders in the Solar and Construction Industries

S-5!, the global leader of attachment solutions for metal roofs, is launching a new scholarship program to support individuals pursuing education in construction and solar-related fields. This initiative reflects S-5!’s commitment to investing in the future of these industries by encouraging educational and professional development.

looking at plans

The S-5! Scholarship will award $1,500 to a student enrolled in a construction-related program at a trade school, community college or university. The goal is to assist those who demonstrate a passion for contributing to the built environment—whether through project management, engineering, skilled trades, design, solar installation or other industry-aligned disciplines.

“Supporting the education of future construction professionals aligns with our mission to lead, serve and give back to the industry that has shaped us,” said Rob Haddock, S-5! Founder and CEO. “This scholarship is an extension of our belief that knowledge and opportunity drive progress in construction and solar.”

As part of its core vision, S-5! seeks to educate and participate in the industry as contributors, thought provokers and leaders—to be catalysts for positive change and growth, impacting the community through service, leadership and charitable giving. This scholarship reinforces the company’s ongoing role as an advocate for innovation, workforce development and long-term industry growth.

To qualify, applicants must:

· Be accepted to an accredited trade school, college or university program in a  construction-related field

· Submit an online application and two letters of recommendation

· Be willing to maintain communication with S-5! and provide progress updates

·  Be authorized to live and study in the U.S.

“We are excited to launch this program and help build a strong pipeline of talent,” said Haddock. “It’s a meaningful way for us to give back while supporting those who will lead and shape the future of our field.”

Applications are due November 1, 2025, and will be reviewed by the S-5! Scholarship Committee. 

Interested applicants can learn more and apply at: 🔗 https://info.s-5.com/s-5-scholarship-program-2025

For questions, please contact the committee at: [email protected]

“This initiative is a natural extension of our mission,” added Haddock. “At S-5!, we’re not just innovators in metal roofing and solar attachments—we're dedicated to building a stronger, smarter and more sustainable construction workforce.”

S-5! | www.s-5.com

 

National Grid Ventures to Install World’s First 100 Percent Hydrogen-Fueled Commercial Linear Generator at Northport Power Plant
Aug 21, 2025

National Grid Ventures to Install World’s First 100 Percent Hydrogen-Fueled Commercial Linear Generator at Northport Power Plant

National Grid Ventures (NGV) announced it will install the first commercially-deployed, 100 percent hydrogen-fueled linear generator in the world at its Northport Power Plant, supported by the New York State Energy Research and Development Authority (NYSERDA) and the Long Island Power Authority (LIPA). The remaining funding is provided directly by NGV, while Stony Brook University and Mainspring Energy are also essential project partners. 

The linear generator produces power through a low-temperature, flameless chemical reaction and can be used during periods of peak demand. For the 12-month testing period, it will run on 100 percent green hydrogen, while undergoing rigorous testing. The linear generator is expected to be operational by September 2026. 

The New York Independent System Operator (NYISO) anticipates that at least 20 gigawatts of Dispatchable Emission-Free Resources (DEFR) will be needed by 2040 to support New York's clean energy mandates, according to its 2023-2042 System & Resource Outlook. This figure will contribute to replacing current fossil fuel generation and transitioning towards a zero-carbon electric grid. 

“This hydrogen-fueled, commercial linear generator is the world’s first and an important step in developing the energy resources of tomorrow,” said Will Hazelip, President of National Grid Ventures, US. “This innovative technology is useful in National Grid’s work to meet the rapidly rising demand for energy across the region. It has the ability to change fuels as market conditions change to avoid burdening customers with unnecessary costs. Keeping the grid reliable and resilient requires a broad range of energy sources, and this linear generator pilot at National Grid’s Northport plant will add yet another flexible tool to protect against loss of generation capacity at critical times.”  

New York State Energy Research and Development Authority President and CEO Doreen M. Harris said, “NYSERDA is proud to support National Grid Ventures’ hydrogen-fueled commercial linear generator, which represents a pivotal frontier in building a resilient electricity grid to power Long Island homes and businesses. This first-of-its-kind project will demonstrate how clean hydrogen can serve as a dispatchable resource to help maintain grid reliability while supporting an affordable energy transition.”    

“LIPA is proud to support this groundbreaking project that positions Long Island at the forefront of clean energy innovation,” said Carrie Meek Gallagher, Chief Executive Officer of the Long Island Power Authority. “This pilot project reflects our commitment to advancing dispatchable, zero-emission technologies essential to meeting New York’s climate goals and enhancing reliability. This exciting partnership is bringing together stakeholders across the state to shape a more resilient, reliable, and carbon-free electric grid.”   

The program will prove the linear generator’s viability as a DEFR for Long Island’s electrical grid that can be quickly brought online to supplement other generation sources during times of peak demand. Once operation begins in 2026, it will undergo a thorough independent evaluation at the Advanced Energy Research and Technology Center (AERTC) at Stony Brook University. The Department of Mechanical Engineering’s Assistant Professor Dimitris Assanis will lead the team that will design the framework and methodologies required to ensure the linear generator’s performance, emissions, efficiency, and noise levels are suitable for the needs of the local power grid both today and into the future. 

“This project is significant on multiple fronts,” said Kevin Gardner, Vice President for Research and Innovation at Stony Brook University. “It underscores Stony Brook University's leadership and commitment to enhancing regional energy reliability through our collaboration with National Grid Ventures, LIPA, Mainspring Energy, and NYSERDA. Just as important, it offers hands-on, real-world experience to our students—the future leaders of the energy engineering field.”   

“The best strategy for ensuring reliable, affordable power into the future is building in flexibility today,” said Adam Simpson, Chief Commercial Officer, Mainspring Energy. “This visionary project provides the opportunity to demonstrate how Mainspring’s flexible linear generator platform can bring DEFRs to the State of New York and other regions looking for reliable, low-cost, next-generation energy portfolios to power the economy of tomorrow. It’s an honor to partner on this with National Grid Ventures, and we are deeply grateful to NYSERDA, LIPA, and Stony Brook for their support and collaboration.” 

Mainspring’s linear generators are fuel-flexible, meaning they can change fuel sources in real time while in operation. Fuel sources include hydrogen, biogas, natural gas, or any blends of these. Further, the products do not require high purity hydrogen. This fuel-flexibility ensures that the linear generator capacity can stay online when needed most.   

“The linear generator will again demonstrate New York’s readiness to lead the world forward in innovation and clean energy, made possible by our strong and skilled union workforce,” said Matthew Aracich, President of the Building and Construction Trades Council of Nassau and Suffolk Counties. “We look forward to working with National Grid Ventures, Mainspring, NYSERDA, LIPA and the Stony Brook University team to deliver this first-of-its-kind project for a resilient electrical system and brighter future for New York.” 

The project will create 35-50 local engineering and construction jobs and expand the skillsets of 30-40 members of National Grid Ventures’ existing workforce on Long Island, while supporting the development of a world-leading hydrogen ecosystem in New York State. 

National Grid Ventures | https://www.nationalgrid.com/national-grid-ventures

LIPA | lipower.org

NYSERDA | https://www.nyserda.ny.gov/

Mainspring Energy | https://www.mainspringenergy.com/

Electra Launches Debt-to-Equity Conversion and US$30 Million Financing with Lender Support to Advance North America’s First Battery Grade Cobalt Refinery
Aug 21, 2025

Electra Launches Debt-to-Equity Conversion and US$30 Million Financing with Lender Support to Advance North America’s First Battery Grade Cobalt Refinery

Electra Battery Materials Corporation (NASDAQ: ELBM; TSX-V: ELBM) (“Electra” or the “Company”) has entered into a term sheet and transaction support agreement with its Lenders pursuant to which it will launch a debt-to-equity conversion that will reduce its convertible debt outstanding by 60% as part of a comprehensive financial restructuring (the “Transaction”). In addition, the Company intends to launch a US$30 million financing (the “Equity Financing”), which will include a US$10 million conditional commitment from the Lenders. Together, the Transaction and Equity Financing are designed to strengthen Electra’s capital structure and provide the funding required to advance the commissioning of North America’s first cobalt sulfate refinery.

Key Terms

  • Electra will convert approximately US$40 million of its outstanding Notes, plus accrued and unpaid interest, into equity at a price of US$0.60 per Common Share. This exchange will reduce total debt under the Notes to approximately US$27 million.
  • The concurrent Equity Financing will consist of US$30 million of Units at a price of US$0.75 per Unit. Each Unit will consist of one Common Share and one Common Share purchase Warrant, with each Warrant exercisable for one Common Share for US$1.25 for a period of three (3) years from the date of issuance. The Equity Financing is expected to close in tandem with the Transaction.
  • Current shareholders will have the right to purchase Units on the same terms as new investors, in proportion to their existing Common Share ownership.
  • The remaining 40% of the Notes, plus accrued and unpaid interest, will be exchanged for a new term loan, maturing three years after completion of the Transaction.
  • To support operations during the restructuring process, the Lenders are providing US$2 million in short-term bridge debt in the form of 90-day Bridge Notes. In return, the Lenders will gain the right to appoint one director to Electra’s board of directors.
  • The Bridge Notes will fund working capital needs leading up to a meeting of shareholders of the Company, regulatory approvals, and the closing of the Equity Financing, mitigating near-term default risk.
  • Following completion of the Equity Financing and the Transaction, the Company intends to increase its Board size from five to seven members, with the Lenders having the right to appoint up to three Board members, relative to their ownership stake in the Company.
     

“Today marks a turning point for Electra,” said Trent Mell, CEO of Electra. “By equitizing a majority of our debt and securing bridge financing, we are taking decisive action to create a sustainable capital structure and advance the steps required to complete the cobalt refinery, including arranging approximately US$30 million in additional capital.

“This restructuring is undeniably dilutive and difficult for existing shareholders, but it is both timely and necessary. We have rigorously explored the alternatives, including asset sales, mergers, and alternative financing structures, and none offered a preferable outcome. The Lenders have provided continued support since construction of Electra’s refinery was paused due to post-COVID inflation and supply chain disruption, including through new debt funding, equity commitments, and multiple waivers or amendments to loan conditions. This transaction preserves the value of our core asset and provides the foundation for future growth.

“With shareholder approval, lender participation, and government support, we will soon be in a position to complete construction of North America’s first cobalt sulfate refinery. This step, though challenging, is essential to strengthening the region’s battery materials supply chain and enabling Electra to become a reliable partner for governments, OEMs, and commercial stakeholders.”

“By significantly reducing our debt and securing new capital, we are strengthening our financial foundation and aligning our funding with a clear, executable path to production,” commented Electra CFO, Marty Rendall. “Together, this restructuring and financing, alongside other well-advanced financing initiatives, are expected to provide the capital needed to complete the refinery and create long-term value across our stakeholder base.”

Electra’s battery materials refinery is central to North America’s efforts to onshore critical mineral supply chains, reduce reliance on China, and strengthen national and economic security. By advancing the continent’s first cobalt sulfate refinery, Electra will provide a low-carbon, domestic source of a material essential for both electric vehicles and defense applications. The Company has already attracted support from multiple levels of government and from its Lender group, reinforcing broad-based confidence in the strategic importance of its project.

Electra | www.electrabmc.com

 

Thrive Collaborative Introduces Veridian at the County Farm, a First-of-its-Kind Carbon-Neutral Master Planned Community in Ann Arbor, Michigan
Aug 21, 2025

Thrive Collaborative Introduces Veridian at the County Farm, a First-of-its-Kind Carbon-Neutral Master Planned Community in Ann Arbor, Michigan

The Thrive Collaborative, a property developer dedicated to constructing life-enhancing communities, and sonnen, a global market leader in smart energy storage and virtual power plant (VPP) technology, announced the launch of Veridian at the County Farm. A master planned community in Ann Arbor, Michigan, Veridian at the County Farm sets a new standard for zero-carbon footprint home design.

Located on 14 acres adjacent to County Farm Park, Veridian features 170 mixed-income homes designed to operate as a resilient, self-balancing energy ecosystem. Each home includes:

  • Geothermal and advanced electric heat pumps for space and water heating
  • Induction cooking, EV-ready charging, and all-electric appliances
  • Rooftop solar arrays (Total solar capacity at Veridian is 1.3MW+)
  • sonnen Virtual Power Plant-based intelligent battery systems in every home

Together, these technologies form a cohesive, grid-interactive community—not just a collection of individual homes, but a clustered clean energy organism. A truly radical innovation, Veridian at the County Farm could avoid 24,750 tons CO₂e over 30 years - the equivalent of 2,000+ cars taken off the road for 30 years.

“Veridian at County Farm is one of the first fully all-electric, fossil fuel-free neighborhoods in the country,” said Matt Grocoff, founder of Thrive Collaborative and FEW Energy. “It’s more than net-zero—it’s a replicable model for how we can decarbonize our homes, stabilize the energy grid, and reimagine what neighborhoods can be. We can be beneficial to the electric grid, rather than a drain on it.”

Beyond being designed to reduce the carbon footprint of each home to zero, Veridian at the County Farm is capable of bringing significant value to society’s greater energy system through sonnen’s globally renowned and award-winning VPP technology. All Veridian homes are built to work together as a single “clustered” energy system, meticulously managed by sonnen’s VPP software platform, with under two-second dispatch response time. This system enables the entire community to stabilize the broader energy grid, offsetting peak demand, reducing reliance on fossil fuel-powered peaking plants, and contributing to a more resilient and sustainable energy system for Michigan and beyond. In order to maximize Veridian as a true VPP, Thrive Collaborative and sonnen are currently working with local utilities and the City of Ann Arbor to ensure optimal community benefits.

“What Veridian is poised to achieve, from the perspective of energy system innovation, is truly a first of its kind in Michigan. The Veridian community is capable of interacting intelligently and rapidly with the energy grid as a genuine virtual power plant, reducing carbon emissions in a manner that substantially surpasses the value of solar alone,” said Blake Richetta, Chairman and CEO of sonnen Inc. USA. “We could not be prouder of what Matt Grocoff and the Thrive Collaborative have accomplished at Veridian. In addition to providing residents with lower energy costs and enhanced energy security, this special community will serve as a greater blueprint for the future of Michigan’s energy system."

Over the past eight years, sonnen has launched a series of innovative VPP structures in master planned single-family home communities throughout North America. Most recently, sonnen launched in Canada at Blatchford Lands, a master planned community on the vanguard of clean energy and carbon neutral living. There’s also the recognized Mandalay Homes communities in Northern Arizona and the award-winning Hunters Point by Pearl Homes in Cortez, Florida, amongst others. Veridian joins this legacy with unmatched sophistication and groundbreaking application of building science. sonnen’s award-winning Wattsmart Virtual Power Plant in Utah, with Rocky Mountain Power, which includes the renowned Soleil Lofts multi-family apartment community, is the largest direct utility dispatched (no DERMS in the middle) residential storage based VPP in the nation at over 48MWh, which is dispatched daily, including a multitude of grid services (up to eight), and is service territory wide (not a restricted pilot).

As more utilities and municipalities in Michigan and across the country realize the value in VPP systems, Veridian at the County Farm will imminently be on the vanguard of deploying a highly intelligent and agile energy network.

sonnen | https://sonnenusa.com/en/

THRIVE Collaborative | https://thrive-collaborative.com/

FEW Energy | https://www.fwe.energy/

 

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GHD and Oyamacor Form Joint Venture to Deliver Comprehensive Power and Utility Solutions

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Axcelis Announces Joint Development Program with GE Aerospace For the Development of High Voltage Superjunction Power Devices