Welcome to our dedicated page for PowerBank SEC filings (Ticker: SUUN), a comprehensive resource for investors and traders seeking official regulatory documents including 10-K annual reports, 10-Q quarterly earnings, 8-K material events, and insider trading forms.
The PowerBank Corporation (NASDAQ: SUUN) SEC filings page on Stock Titan provides access to the company’s regulatory disclosures as a foreign private issuer in the renewable utilities sector. PowerBank files Form 40-F for its annual reporting and uses Form 6-K to furnish interim updates under the Securities Exchange Act of 1934.
Recent Form 6-K reports listed in the input include exhibit indexes for press releases, management’s discussion and analysis, condensed consolidated interim unaudited financial statements, certifications of interim filings, reports of voting results, proxy materials, and notices of shareholder meetings. Some of these exhibits are expressly incorporated by reference into PowerBank’s Canadian short form base shelf prospectus and its U.S. registration statement on Form F-10, as noted in the filings.
For investors analyzing SUUN, these filings help explain how PowerBank presents its business as a North American renewable energy developer and independent power producer specializing in distributed solar and Battery Energy Storage System (BESS) projects. The documents referenced in the 6-Ks include detailed financial information, risk factor discussions, and descriptions of project development, EPC activities, and long-term asset ownership.
On Stock Titan, users can review new 6-K submissions as they are made available from EDGAR and use AI-powered summaries to understand the key points of each filing, such as major project announcements, financing arrangements, or shareholder meeting outcomes. This page is also a starting point for locating annual 40-F reports and other materials that PowerBank files with the SEC, providing a structured view of the company’s regulatory history and disclosure practices.
PowerBank Corporation filed a Form 6-K highlighting that its Geddes, US1, and VC1 solar projects in New York, totaling about 4.48 MW, are operating well heading into summer. These assets are part of over 100 MW of capacity already built and support the company’s more than 1 GW development pipeline.
The Geddes project is a Community Solar asset enrolled in NYSERDA’s NY-Sun program and is expected in 2026 to receive an average Value of Distributed Energy Resources rate of $0.1103 per kilowatt-hour for exported power, with eligibility lasting at least 25 years. The US1 and VC1 projects each have 25-year Power Purchase Agreements with the Villages of Union Springs and Cazenovia, respectively, and supply power through net metering.
PowerBank emphasizes proactive operations, including preventive maintenance, vegetation management, and real-time monitoring, to keep these distributed solar projects performing reliably. The company positions these assets as examples of fast-to-deploy generation that can help address growing electricity demand from artificial intelligence and digital infrastructure, while acknowledging risks such as grid curtailments, extreme weather, labor constraints in operations and maintenance, and solar panel degradation over time.
PowerBank Corporation filed a Form 6-K highlighting that its Geddes, US1, and VC1 solar projects in New York, totaling about 4.48 MW, are operating well heading into summer. These assets are part of over 100 MW of capacity already built and support the company’s more than 1 GW development pipeline.
The Geddes project is a Community Solar asset enrolled in NYSERDA’s NY-Sun program and is expected in 2026 to receive an average Value of Distributed Energy Resources rate of $0.1103 per kilowatt-hour for exported power, with eligibility lasting at least 25 years. The US1 and VC1 projects each have 25-year Power Purchase Agreements with the Villages of Union Springs and Cazenovia, respectively, and supply power through net metering.
PowerBank emphasizes proactive operations, including preventive maintenance, vegetation management, and real-time monitoring, to keep these distributed solar projects performing reliably. The company positions these assets as examples of fast-to-deploy generation that can help address growing electricity demand from artificial intelligence and digital infrastructure, while acknowledging risks such as grid curtailments, extreme weather, labor constraints in operations and maintenance, and solar panel degradation over time.
PowerBank Corporation is advancing 23 distributed solar and energy storage projects in New York and Pennsylvania, supported by equipment procurement agreements with an estimated $242.3 million USD in total construction value and about $94.7 million USD in potential U.S. Investment Tax Credits.
The portfolio is expected to add roughly 97 MW DC of solar and 42 MWh of storage, enough to power about 11,000 homes once financed, built and operating. PowerBank structured two procurement milestones and completed or plans substantial physical work to qualify the projects under the IRS Physical Work Test before the July 4, 2026 deadline, aiming to lock in tax credit eligibility despite regulatory uncertainty.
PowerBank Corporation is advancing 23 distributed solar and energy storage projects in New York and Pennsylvania, supported by equipment procurement agreements with an estimated $242.3 million USD in total construction value and about $94.7 million USD in potential U.S. Investment Tax Credits.
The portfolio is expected to add roughly 97 MW DC of solar and 42 MWh of storage, enough to power about 11,000 homes once financed, built and operating. PowerBank structured two procurement milestones and completed or plans substantial physical work to qualify the projects under the IRS Physical Work Test before the July 4, 2026 deadline, aiming to lock in tax credit eligibility despite regulatory uncertainty.
PowerBank Corporation announced that the project owner has executed a Standard Small Generator Interconnection and Operating Agreement for the 3.15 MW DC Petpeswick community solar project in Halifax, Nova Scotia. The project has secured municipal permits and is now moving into environmental permitting.
The Petpeswick project is expected to supply clean energy equivalent to approximately 288 homes annually and generate roughly $1.727 million in lifetime electricity savings for the local community, with subscribers receiving about $0.02/kWh in bill credits. PowerBank targets starting ground preparation in the fall of 2026, subject to final permitting and financing.
The project is owned by AI Renewable Flow-through Fund, with PowerBank as lead developer and Trimac Engineering as local engineering partner. PowerBank highlights more than 50 MW of completed community solar projects, over 100 MW of projects built, and a development pipeline exceeding 1 GW, as it expands in the growing Nova Scotia community solar market.
PowerBank Corporation announced that the project owner has executed a Standard Small Generator Interconnection and Operating Agreement for the 3.15 MW DC Petpeswick community solar project in Halifax, Nova Scotia. The project has secured municipal permits and is now moving into environmental permitting.
The Petpeswick project is expected to supply clean energy equivalent to approximately 288 homes annually and generate roughly $1.727 million in lifetime electricity savings for the local community, with subscribers receiving about $0.02/kWh in bill credits. PowerBank targets starting ground preparation in the fall of 2026, subject to final permitting and financing.
The project is owned by AI Renewable Flow-through Fund, with PowerBank as lead developer and Trimac Engineering as local engineering partner. PowerBank highlights more than 50 MW of completed community solar projects, over 100 MW of projects built, and a development pipeline exceeding 1 GW, as it expands in the growing Nova Scotia community solar market.
PowerBank Corporation reports that it has executed equipment procurement agreements for 8 distributed solar and energy storage projects in New York and Pennsylvania through its subsidiary Abundant Solar Power Inc. Once financed, built and operating, these projects are expected to add about 30 MW DC of solar capacity and 31 MWh of storage, enough to power the equivalent of 3,500 homes.
The procurement is expected to safe harbor the projects under the United States federal Investment Tax Credit regime, preserving eligibility before the July 4, 2026 phase-out deadline under the One Big Beautiful Bill Act. The associated Investment Tax Credits are estimated at $29.7 million USD, with an estimated total construction value of $74.3 million USD.
This step brings PowerBank’s total safely harbored portfolio to 23 solar and storage projects with 97 MW DC and 42 MWh expected to remain eligible for tax credits. The company may retain ownership of some or all projects as an Independent Power Producer and plans to deliver full EPC services, while noting typical development risks around permits, interconnection, financing and potential changes to government incentives.
PowerBank Corporation discusses how its strategy aligns with Canada’s new AI for All plan, which targets an extra $200 billion in economic growth and 250,000 AI-related jobs over five years. The federal strategy names energy and natural resources as priority sectors for AI adoption.
PowerBank highlights its over one-gigawatt development pipeline in Canada and the U.S. as a potential source of reliable power for hyperscale AI data centers and digital infrastructure. The company recently added AI compute infrastructure and modular data centers as a core strategic vertical alongside its solar and battery storage business.
Internally, PowerBank is deploying Intellistake’s IntelliScope platform, including a public-facing AI investor communications agent launched on April 8, 2026 and an internal business intelligence tool deployed in May 2026. The company emphasizes that it currently has no data center projects under development and details significant permitting, financing, policy and construction risks for any future data center initiatives.
PowerBank Corporation filed a Form 6-K highlighting a corporate rebrand and strategic shift. The company has launched a refreshed website and changed its trading symbol on NASDAQ and Cboe Canada to “PBK,” reflecting a broader vision beyond solar and battery storage.
PowerBank now presents itself as a North American power company positioned between power generation and digital infrastructure, aiming to co-locate AI compute and modular data centers at its solar and Battery Energy Storage System sites. It has a development pipeline of over one gigawatt across North American markets, with more than 100 megawatts of projects already built.
The company recently signed a non‑binding Letter of Intent with Nodiac Corp. to explore deploying modular data centers at suitable sites, with any projects contingent on definitive agreements, permits, interconnection, technical feasibility, incentives, and financing. Extensive risk disclosures emphasize that policy changes, financing availability, and development challenges could materially affect these plans.
PowerBank Corporation reported that its 3.1 MW NY‑South Park community solar project in Buffalo, New York has been approved for $841,555 USD in incentives from NYSERDA’s NY‑Sun Program. The project may qualify for up to an additional $730,234 USD, for total potential NYSERDA funding of $1,571,789 USD.
The NY‑South Park project is expected to provide enough clean energy to power the equivalent of approximately 388 homes annually once built, financed, and fully permitted. PowerBank highlights a completed portfolio of over 100 MW and a development pipeline exceeding 1 GW, supporting its strategy across solar, battery storage, and AI‑focused digital infrastructure.
PowerBank Corporation is expanding its strategy to include AI compute infrastructure and modular data centers alongside its existing solar and battery energy storage business. The company aims to supply scalable, on-site power for hyperscale AI and cloud data centers as electricity demand rises.
PowerBank highlights a North American development pipeline exceeding one gigawatt and more than 100 megawatts of energy projects already built as a foundation for this push into digital infrastructure. It has signed a non-binding letter of intent with Nodiac Corp. to explore deploying modular data centers at selected PowerBank energy sites, subject to definitive agreements, permits, technical reviews, and financing.
The company will also change its ticker symbol on NASDAQ from SUUN to PBK, and on Cboe Canada from SUNN to PBK, effective at the open of trading on June 3, 2026, to reflect its focus on powering the digital economy.
PowerBank Corporation is advancing a new hybrid solar and battery energy storage project in Allegany County, New York. The Salt Rising Road project is designed for up to 5 MW AC of battery capacity with four-hour discharge, totaling 20 MWh, alongside 500 kW of solar generation.
The project is expected to be eligible for New York State incentives, including NYSERDA’s NY-Sun and Retail Storage Incentive Programs, and to receive compensation under the state’s Value of Distributed Energy Resources mechanism. Progress depends on interconnection approval, permitting and third-party construction financing, and is subject to typical development and policy risks.
PowerBank Corporation announced it has executed three lease agreements for battery energy storage projects in upstate New York, providing a combined 60 MWh of storage capacity. Each project can hold up to 5 MW AC and discharge over four hours, and is expected to qualify for the NYSERDA Retail Storage Incentive Program and New York’s Value of Distributed Energy Resources mechanism.
The company is beginning interconnection screening and, if approvals are received, plans to complete permitting and arrange construction financing. PowerBank highlights experience with over 100 MW of completed projects and a development pipeline exceeding 1 GW, while noting risks around permits, financing, incentives, and policy changes.