Vancouver Power Company Targets Multiple U.S. Sites With 5-MW Systems in New Cross-Border LOI

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A Vancouver company seeking to turn modular hydrogen power into a commercial infrastructure business is looking south of the border for its next potential market. Global Power Solutions Corp. has signed a non-binding letter of intent with Solar Zone LLC, operating as SolarZone Energy, to evaluate proposed 5-megawatt decentralized power systems at multiple U.S. locations.

The agreement gives Global Power a possible role as a technology and equipment supplier for SolarZone’s planned energy hubs, with applications ranging from high-capacity electric vehicle charging to hydrogen fuelling and off-grid electricity. Yet the announcement represents an opening rather than a completed sale. Every proposed installation remains dependent on pilot testing, engineering work, financing, permits and definitive contracts—a distinction that will determine whether the cross-border plan ultimately moves from a development pipeline into operating infrastructure.

The LOI Opens a Multi-Site U.S. Opportunity

The agreement announced August 10, 2026 creates a preliminary framework under which Global Power could become a technology and equipment vendor for SolarZone’s proposed clean-energy infrastructure. Rather than centring on one identified generating plant, the two companies are evaluating 5-MW modular systems across multiple locations in the United States. SolarZone is expected to identify possible sites and provide anticipated electricity requirements, while Vancouver-based Global Power would take responsibility for areas including technology selection, engineering, system integration, procurement and project execution. That division of responsibilities could allow the same basic power architecture to be adapted to different locations if the initial development work succeeds.

Importantly, there is no disclosed firm equipment order, purchase price or guaranteed number of installations attached to the LOI. It is non-binding and begins with technical and commercial feasibility work. For Global Power, that makes the announcement significant primarily because it creates a pathway into a prospective U.S. site network rather than immediate revenue. Each location would still have to make sense independently from an engineering, permitting and financing perspective before construction could start. The opportunity could therefore grow site by site instead of requiring one enormous project to move forward all at once.

Why the 5-MW Format Matters for Distributed Energy

Five megawatts occupies an interesting middle ground in modern energy infrastructure. It is far larger than the generation requirements of a typical commercial building, yet small enough to be contemplated as a distributed installation serving a concentrated local load rather than as a traditional utility-scale power station. That scale is particularly relevant to SolarZone’s planned applications. U.S. Department of Energy research on commercial vehicle charging has found that extreme fast-charging installations can push electricity requirements into the megawatt range, while larger fleets can create substantial new loads at individual facilities. Concentrating generation closer to those loads can therefore become attractive where local grid capacity is expensive, constrained or slow to expand.

SolarZone is also evaluating behind-the-meter, microgrid and off-grid uses. Those configurations can give an energy hub greater control over how and when electricity is supplied. The U.S. Department of Energy describes microgrids as localized systems capable of operating independently from the broader grid under certain conditions, potentially improving resilience during interruptions. That does not automatically make every 5-MW project economically attractive. Site utilization, fuel or energy-input costs, maintenance, permitting and financing would still matter enormously. But the modular concept gives the parties the option of matching generating infrastructure more closely to an individual location instead of relying exclusively on major centralized grid upgrades.

The Pilot Plant Is the Gatekeeper for Everything Else

The most consequential detail in the SolarZone announcement may be the condition attached to it. Global Power says none of the contemplated installations can advance unless its initial modular hydrogen-based pilot plant is successfully completed, commercially tested and validated. That pilot stems from a definitive joint development and licence agreement announced on March 2 with Northern Hydrogen and Energy Ltd., with acknowledgement and consent from ModeOne Manpower Systems Corp. and MVP Systems. The development framework calls for demonstration equipment that can establish efficiency, reliability, operating performance and technology integration under real-world conditions before larger commercial deployment is attempted.

That testing phase is especially important because hydrogen is an energy carrier rather than a primary source of energy. Global Power’s proposed platform involves producing hydrogen on site from water through electrochemical processes and integrating hydrogen-related equipment with power-generation systems. Producing hydrogen still requires an energy input, so the commercial question is not simply whether hydrogen can be produced from water; that is well established. The harder test is whether Global Power’s complete configuration can achieve the efficiency, reliability, operating economics and scalability required by customers. The SolarZone LOI does not bypass that technical hurdle. Instead, it effectively makes successful pilot validation the starting line for the proposed U.S. rollout.

SolarZone Envisions More Than an EV Charging Station

The contemplated applications show why SolarZone appears interested in an integrated system rather than a conventional charging plaza. Its proposed uses include high-capacity EV fast charging, hydrogen production for consumer and commercial vehicle fuelling, on-site water generation, microgrid or off-grid electricity and dependable power for larger energy hubs. The centerpiece identified in the announcement is SolarZone’s planned OASIS Project, described as a next-generation energy hub intended to combine ultra-fast vehicle charging, hydrogen fuelling and decentralized electricity generation at one location.

That combination reflects the challenge faced by new transportation-energy sites: the infrastructure behind the pumps and chargers can be as important as the equipment motorists see. High-powered chargers can create large, concentrated electricity demand, while hydrogen fuelling requires its own production, storage or delivery infrastructure. Bringing different energy functions together could potentially allow a site operator to share land, electrical equipment and other supporting infrastructure. It also makes engineering more complicated. Charging utilization, hydrogen demand, local electricity rules, safety requirements and operating schedules could vary sharply from one U.S. location to another. The 5-MW concept therefore should be viewed as a proposed modular building block, not proof that every OASIS site would have identical economics or configurations.

Each Location Could Become Its Own Financed Project

Global Power and SolarZone are contemplating a phased commercial structure rather than having the Vancouver company simply manufacture equipment and ship it south. After feasibility work, the parties may create project-specific special-purpose entities to finance, construct, own and operate individual facilities. Global Power is expected to lead the technical side as well as contribute to the financing strategy, while SolarZone would identify candidate sites, provide expected power requirements and consider becoming a long-term buyer of the electricity produced. Such a structure could separate the economics and liabilities of individual developments while allowing successful sites to serve as templates for additional locations.

Long-term power purchase agreements could become particularly important. The LOI says the companies may negotiate PPAs intended to support project financing and capital recovery, although each would require separate definitive documentation. Infrastructure lenders and investors generally place considerable weight on predictable contracted revenue because expensive generating assets recover their construction costs over many years. Global Power incorporated the same broad concept when it launched its decentralized power initiative in March, identifying project-level entities and potential long-term PPAs as elements of its development model. Still, none of those arrangements currently constitutes a completed SolarZone financing package. Site economics, customers, capital requirements and contractual terms remain future work rather than established facts.

The U.S. Could Come First, With Canada Potentially Following

The preliminary schedule gives the cross-border strategy a clearer geographic sequence. Global Power and SolarZone are initially evaluating possible U.S. implementation beginning in 2027. If development progresses, potential Canadian pilot locations in Alberta and Ontario could follow in late 2028. The company has explicitly described those dates as preliminary, meaning they should be treated as development targets rather than construction deadlines. Pilot validation, site selection, engineering, capital availability, permitting and negotiated contracts could all affect whether the proposed timetable is maintained.

Even so, prioritizing the United States could give Global Power exposure to a much larger collection of possible commercial sites while the underlying modular platform is being developed. The company has been trying to build a North American pipeline rather than relying on one customer or industry. In April, it separately announced a non-binding agreement to evaluate decentralized power infrastructure associated with a North American data-centre development that could eventually support as much as 100 MW. The SolarZone arrangement broadens the potential applications toward transportation and multi-use energy hubs. If even a portion of those projects progresses, Global Power would be attempting to turn a Vancouver-developed integration strategy into a repeatable cross-border infrastructure model rather than a single demonstration project.

The Bigger Goal Is a 1,000-MW Pipeline—But Execution Comes First

The SolarZone deal fits within a much larger ambition announced by Global Power on March 31. Its Decentralized Power Development Initiative is intended to identify potential North American opportunities that could collectively represent as much as approximately 1,000 MW of distributed capacity if successfully developed. The company has pointed to data centres, industrial facilities, remote operations and mission-critical infrastructure as possible markets. That strategy comes as electricity demand from computing is accelerating. Berkeley Lab’s 2025 update estimates U.S. data centres could consume about 11.8% of national electricity by 2030 in its reference case, with scenarios ranging from approximately 9.5% to 15.3%.

Global Power itself is also undergoing a substantial strategic transition. Formerly known as Minaean SP Construction Corp., the Vancouver business built its history around light-gauge steel, prefabricated structures and modular construction before expanding its focus toward decentralized energy infrastructure. That background provides experience with modular manufacturing concepts, but commercial hydrogen-power deployment represents a different technical and capital challenge. For that reason, the next meaningful milestones will be tangible ones: a functioning pilot, independently credible performance results, selected U.S. sites, permits, financing and definitive customer contracts. The SolarZone LOI expands the addressable opportunity. Whether it becomes a network of operating 5-MW facilities will depend on execution after the announcement.

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