The Solar Product Registry Set to Boost Solar Deployment

Wind energy has a long-standing presence in Minnesota, with the state’s first project becoming operational in 1994. Since then the state has capitalized on its abundant wind resources to become a national leader in generation. In 2023, wind energy accounted for more than three-fourths of Minnesota’s renewable generation and 25% of the state’s total net generation, placing the state among the top 10 nationwide for in-state generation from wind.

The Center for Rural Affairs has released a fact sheet providing an analysis of Minnesota’s wind energy industry, reviewing existing policies and identifying opportunities to enhance future development.

“Minnesota has strong energy policies that continue to support wind development,” said Cora Hoffer, senior policy associate at the Center for Rural Affairs. “Beyond providing clean, homegrown, low-cost energy, wind also delivers local economic benefits by creating jobs and generating tax revenue for counties.”

Wind plays a role in meeting Minnesota’s carbon-free electricity goal, which requires all utilities to deliver 100% carbon-free electricity by 2040. Continued growth in renewable energy will also depend on strategic investments in transmission infrastructure and reforms to streamline the permitting process.

“When transmission infrastructure lacks sufficient capacity and cannot support the amount of energy being generated, congestion occurs,” said Hoffer. “This limits how much wind energy can be delivered and costs Minnesotan communities.”

In Minnesota, wind farms pay host communities tax revenue based on the amount of energy produced. In 2021, wind production in the Buffalo Ridge area dropped more than 50% due to lack of transmission capacity, costing three rural counties over $1 million and 15 others another $700,000.

“In many rural counties with limited tax bases, revenue from wind projects is vital for funding infrastructure improvements and emergency services,” said Hoffer. 

Center for Rural Affairs | cfra.org/publications

Primary Hydrogen Corp. (TSXV: HDRO) (FSE: 83W0) (OTCQB: HNATF) ("Primary" or the "Company") announces that it has entered into a definitive agreement dated August 5, 2025 (the "Definitive Agreement") with J4 Ventures Inc. ("J4"), a TSXV-listed capital pool company, for the sale of a 100% interest in the Arthur Lake Property (the "Property") located in British Columbia.

Pursuant to the terms of the Definitive Agreement, J4 will acquire the Property by issuing to Primary Hydrogen (i) 500,000 common shares of J4 and (ii) a cash payment of C$50,000, both payable on closing. Primary Hydrogen will also retain a 2% net smelter return (NSR) royalty on the Property.

Closing of the transaction is subject to customary conditions, including but not limited to:

• Completion of a National Instrument 43-101 compliant technical report on the Arthur Lake Property acceptable to the TSX Venture Exchange (the "TSXV");
• Completion of a minimum C$600,000 financing by J4;
• Completion of satisfactory due diligence by both parties;
• Receipt of all required regulatory and third-party approvals; and
• Acceptance of the transaction by the TSXV.

There can be no assurance that the transaction will be completed as proposed or at all. The transaction is arm's length and is not expected to require shareholder approval by J4. If completed, J4 is expected to be listed as a Tier 2 mining issuer on the TSXV.

Primary Hydrogen | primaryh2.com

PowerBank Corporation (NASDAQ: SUUN) (Cboe CA: SUNN) (FSE: 103), a leading North American energy infrastructure developer and asset owner, proudly announces the installation of its cutting-edge 4.99 MW Battery Energy Storage System (BESS) in Cramahe, Ontario, at the project known as SFF-06.

This milestone marks PowerBank's bold entry into the rapidly growing battery storage market. The first five of nine EVLO Battery Containers are now on-site, supporting progress toward a sustainable energy future.

Strategic Financing, Acquisition, and Market Opportunity. The SFF-06 project, alongside a second initiative (903), is backed by a robust $25.8 million loan from Royal Bank of Canada (RBC), serving as Lender, Administrative and Collateral Agent, and Green Loan Structuring Agent. This financial partnership underscores PowerBank's commitment to innovative, eco-conscious energy solutions.

SFF-06 is owned by 1000234763 Ontario Inc. (ProjectCo), in which PowerBank holds a 50% stake, with the remaining 50% owned by a partnership of First Nations communities in Ontario.

Acquired through PowerBank's $45 million valued acquisition of Solar Flow-Through Funds Ltd. in July 2024, this project positions the company in a battery storage market projected to increase to $31.2 billion by 2029, growing at a 16.3% CAGR, according to Fortune Business Insights.

Expert Partnership. PowerBank has tapped Anvil Crawler Development Corp., part of the esteemed Skyline Group of Companies, to handle civil and electrical work. With a $1.85 million contract, Anvil Crawler brings its expertise to ensure seamless project execution.

Long-Term Value with IESO Contract. In July 2023, SFF-06 secured a 22-year contract through the Independent Electricity System Operator's (IESO) Expedited Long-Term RFP (E-LT1 RFP). With a fixed capacity payment of $1,221/MW per business day—well above the $876/MW average for storage projects—this contract ensures strong financial returns.

Once operational, SFF-06 will deliver 4.74 MW of daily contract capacity for 251 business days annually, powering Ontario's grid with reliable, clean energy.

Clean Tech Incentives. The project qualifies for the 2024 Clean Technology Investment Tax Credit, offering up to 30% reimbursement of eligible capital costs. This refundable credit enhances SFF-06's financial performance while aligning with PowerBank's mission to accelerate renewable energy adoption through strategic government incentives.

PowerBank's SFF-06 project is a significant development for Ontario's energy landscape, blending cutting-edge technology, strategic partnerships, and sustainable investment to drive the clean energy revolution forward.

Project Risks. There are several risks associated with the development of the Project. The development of any project is subject to required permits, the continued availability of third-party financing arrangements for the Company, the risks associated with the construction of a battery energy storage project and the degradation of battery storage capacity over time based on the number of discharge cycles. In addition, governments may revise, reduce or eliminate incentives and policy support schemes for battery energy storage, which could result in future projects no longer being economic. Please refer to "Forward-Looking Statements" for additional discussion of the assumptions and risk factors associated with the projects and statements made in this press release.

As previously disclosed, the 903 project remains in the permitting process and commencement of construction remains subject to the receipt of final permits. In particular, in order to proceed with construction of the 903 project an Official Plan Amendment and Zoning By-law Amendment ("OPA/ZBA") are required from the Town of Armour, Ontario. On November 8, 2022 the ProjectCo -1000234763 Ontario Inc received a Municipal Support Resolution, which was unanimously approved by the council for the Town of Armour. However, the OPA/ZBA have been delayed as a result of certain public opposition and the council's evaluation of how to respond to such opposition. A delay in obtaining the necessary OPA/ZBA means that ProjectCo may not be able to commence construction on the originally planned timeline and delaying construction means that achieving commercial operation on or before April 2026 will be delayed. In order to extend the deadline for commercial operation under the E-LT1 contract for the project, ProjectCo has sent the IESO a notice of potential force majeure event to the OPA/ZBA delay. The timing of the issuance of the OPA/ZBA and its impact on project schedule remains uncertain. The permitting delays have delayed certain payments due to Evlo for the battery energy storage system for the 903 project and OZ-1 project (which is also undergoing permitting). Evlo and the Company are negotiating an accommodation on the payment deadlines, but there is no certainty on the outcome of such negotiations.

PowerBank Corporation | www.powerbankcorp.com

Robroy Industries Enclosures Division is proud to announce the appointment of Michael Nielson as Sales Operations Manager, a strategic role focused on transforming and optimizing the company’s sales organization for scalable growth.

In this role, Mike will lead initiatives to enhance sales efficiency, implement strategic processes, and foster greater alignment across departments and the enterprise. His leadership will play a vital role in positioning the Enclosures Division for long-term success through data-driven decision-making and operational excellence.

Appointing Mike is a significant milestone in our pursuit of a more agile and high-performing sales organization,” said Craig Mitchell, President of Robroy industries Enclosures Division. “His proven expertise in sales leadership, combined with his engineering background, makes him uniquely qualified to drive strategic growth in this role."

Mike brings over two decades of professional sales experience to Robroy Industries, during which he consistently delivered exceptional results in sales strategy, operation management, and business development. His background includes leading cross-functional teams, executing enterprise-level transformation initiatives, and optimizing sales operations to support growth and customer satisfaction.

Robroy Industries | www.robroy.com

Origis Energy, one of America’s leading renewable energy and decarbonization solution platforms, and Pioneer Community Energy (Pioneer), a not-for-profit electricity provider headquartered in Rocklin, California, announced the signing of a 20-year agreement for the Chalan Solar + Storage project in Lost Hills, Kern County, California. Origis Energy will develop, construct and operate the 65 MWac Solar + 25 MW (100 MWh) battery energy storage system facility, selling the power to Pioneer to help fuel its growth. Chalan is slated for commercial operation in 2026.

“Our partnership with Origis Energy comes at a very opportune time. As Pioneer plans to expand our service territory into 13 new territories, this agreement ensures that we can provide clean energy and increased storage that helps meet renewable energy and sustainability targets while meeting the load requirements for our new customers,” said Vice Chair of Pioneer’s Board of Directors and Rocklin City Councilmember Greg Janda.

“We are pleased to partner with Pioneer and we look forward to delivering them solar and storage solutions as they execute on their expansion plans. For Origis, this partnership also represents an important step forward in our mission and strategy to deliver cost-effective electricity to customers across the U.S.” said Vikas Anand, Chief Executive Officer of Origis Energy.

Pioneer Community Energy | www.pioneercommunityenergy.org 

Origis Energy | www.origisenergy.com/project/chalan-solar-storage/

Brad Wasley, a fourth-generation member of our founding family, has contributed more than 30 years of dedicated service in various roles spanning manufacturing, facilities management, sales, and quality assurance across a diverse range of industries. We are proud to announce that effective immediately, Brad has been promoted to President of PMC Industries/AceClamp. Brad’s depth of experience and commitment to innovation will continue to be instrumental in PMC’s success.

PMC Industries/AceClamp | https://www.aceclamp.com/

Volexion, a battery materials company supercharging lithium‑ion performance with graphene‑coated cathode active materials (CAM), announced it has shipped its first product samples to tier‑one manufacturers worldwide. Initial recipients include leading automotive OEMs, top global cell producers, and U.S. specialty energy‑storage developers, with additional shipments already underway.

Why It Matters

Inside every battery, cathode active materials are in constant motion. Ions shuttle back and forth, particles expand and contract, and surfaces react with electrolytes. Over time, like moving parts in any machine, that natural interaction degrades performance.

Volexion’s graphene coating protects CAMs from this degradation, enabling batteries that last longer, charge faster, and deliver higher energy density, without retooling factories or disrupting supply chains. The technology works across established and emerging chemistries, including NMC, LFP, lithium-manganese-rich (LMR), LMFP, and LNMO, ultimately bringing graphene’s long-promised benefits to scale.

“Every lithium‑ion battery is fighting a slow battle against its own chemistry; cathode materials wear down as they work,” said Joseph X. Adiletta, CEO of Volexion. “Our graphene coating shields those materials from that breakdown. It’s a drop‑in solution that extends life, boosts performance, and enables next‑generation chemistries without costly retooling.”

Close to a dozen early adopters across the supply chain are already evaluating early shipments. This list includes global materials producers, cell developers, and OEMs, among others. Volexion will partner with customers to apply the coatings, ultimately shipping larger quantities of graphene for scaled deployment over the next several years, according to customer timelines. Volexion uses commercially available off-the-shelf equipment, streamlining and de-risking scalability.

“This is a crucial milestone in our scale‑up journey,” said Damien Despinoy, Volexion's president and chief operating officer. “Our customers’ increasing demand for scalable solutions for current and next-generation battery problems has driven deliveries across geographies, chemistries, and applications. This is just the beginning — and, with an easily scaled solution, we are ready to go.”

Volexion’s graphene encapsulation platform is chemistry‑agnostic and manufacturing‑compatible, positioning it as a critical enabler for the next era of battery innovation, from electric vehicles to portable electronics, grid storage to data centers, and drones to defense.

Volexion | www.volexion-inc.com