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The federal government recognized the critical role of wind energy, solar energy and energy storage in Canada's future as part of the new electricity strategy it released today.

As the national voice for wind energy, solar energy and energy storage, the Canadian Renewable Energy Association (CanREA) welcomes the National Electricity Strategy and the opportunity to help shape Canada's clean electricity future.

"Canada's electricity demand is growing rapidly, and we need practical solutions that can be deployed quickly to support reliability, affordability and economic growth," said CanREA President and CEO Vittoria Bellissimo. "The strategy released today confirms that renewables and energy storage are a critical part of the solution to power Canada's future."

With industrial expansion, electrification, manufacturing growth and emerging technologies, new electricity supply must be built before demand outpaces capacity. Wind, solar and energy storage are affordable, reliable, clean and quickly deployable sources of electricity and can be a major part of the solution. The Strategy recognizes that projects of all sizes have a role to play when it comes to electricity generation, and renewable energy projects can be scaled quickly and deployed cost-effectively in communities across the country.

CanREA is pleased to see the federal government commit to expanding funding for the build-out of transmission across Canada and to doubling the capacity of Canada’s grid by 2050. CanREA has long called for transmission within provinces to be included in the Clean Economy Investment Tax Credits. The Strategy’s commitment to that end will enable Canada’s electricity build-out. 
 
Building more wind power, solar energy and energy storage will create jobs, support industry and grow Canada's economy. As outlined in the Strategy, the federal government will work with industry, labour and training partners to develop solutions to train, attract and retain the talent needed to build the projects that will power Canada for generations, including new wind, solar and energy storage.

Realizing Canada's clean electricity potential will require stable and supportive policy frameworks, investment certainty and efficient regulatory processes across jurisdictions to attract the long-term capital needed to modernize Canada's electricity systems. CanREA welcomes the federal government’s commitment to working with the provinces and territories to ensure there is a level playing field and policy environment across the country. 

CanREA commends the Government of Canada’s renewed commitment to reaching net-zero emissions by 2050 and looks forward to reviewing the consultation components in detail.

Wind energy, solar energy and energy storage are key to Canada's energy security. CanREA is ready to work with governments, industry and communities to help build Canada's electricity future.

"Canada's electricity demand is growing rapidly, and we need practical solutions that can be deployed quickly to support reliability, affordability and economic growth. The strategy released today confirms that renewables and energy storage are a critical part of the solution to power Canada's future."

—Vittoria Bellissimo, President and CEO, Canadian Renewable Energy Association (CanREA)

Canadian Renewable Energy Association | renewablesassociation.ca

EnerVenue Holdings, Ltd. (“EnerVenue”), a company commercializing energy storage solutions designed to behave like durable infrastructure, announced the operation of a pilot energy storage system in Jintan, Changzhou, China owned and operated by The Hong Kong and China Gas Company Limited (“Towngas”) --Hong Kong’s first public utility and one of China’s largest energy suppliers. 

The Towngas facility integrates on-site renewable energy generation with electric bus charging stations, and it is here that EnerVenue is demonstrating the exceptional cycling capability if it’s Aqueous Metal Cells (AMCs) by charging and discharging continuously over 2- to 4-hour periods to match load demand and reduce energy costs. By comparison, most lithium-ion battery systems require rest periods in between cycles and constant cycling would quicky degrade performance or even lead to risky thermal events. 

Henning Rath, Chief Executive Officer, EnerVenue, said, “Towngas does not choose technology that might work; they want technology they know will function safely, efficiently, and reliably every day, for decades. These demanding requirements are exactly what our fourth-generation AMC and Energy Rack technology were designed to meet, and we’re very proud to demonstrate their performance under real-world conditions.”

The pilot operates a customized version of EnerVenue’s modular Energy Rack. Packaged within an outdoor-rated housing are 50 AMCs delivering a total storage capacity of 150kWh, complete with an inverter, and battery management system.

EnerVenue’s AMC technology offers a unique combination of durability, robustness, and safety, making it ideally suited to commercial, industrial, and grid-scale applications. With a 30,000-cycle design life – compared to the 6,000-8,000 cycles typical of lithium-ion batteries – it also combines low total cost of ownership with maximum uptime and minimal maintenance requirements.

These key attributes are reinforced by AMC’s ability to operate in a wide range of ambient temperatures – lab tested from -20°C to +60°C – making Energy Racks suitable for installation in harsh environments and remote locations without the need for complex heating and cooling systems. Sustainability is also superior to currently available batteries: the cells do not use lithium or toxic electrolytes, and recyclability at end-of-life is simple.

“As a major energy supplier operating throughout China, Towngas is committed to clean energy solutions that support the transition to a sustainable, low-carbon future, said Peter Wong Wai-yee, Managing Director of Towngas. “Long-life grid-scale storage that is safe, reliable, and low-maintenance is essential to maximizing the cost-effectiveness and widespread deployment of renewables. EnerVenue’s technology can play a key role in this, and we’re delighted to be the first to field test the latest generation technology.”

The Towngas pilot will be joined by more commercial demonstration systems with other partners worldwide in the coming months. In parallel, EnerVenue’s recently announced $300 million funding round will enable the rapid scale-up of the company’s manufacturing operations in Changzhou, China, where the company’s fourth-generation AMC technology and Energy Racks are made: construction of a new 250MWh high volume production line is due to begin later this year.

EnerVenue | https://enervenue.com/

 The Hong Kong and China Gas Company Limited | https://www.towngas.com/en

Nextpower, a leading provider of intelligent power generation systems for solar power plants, announced it has entered into a definitive agreement to acquire complementary assets of Zigor Corporation’s power conversion business and its U.S.-based subsidiary, Apex Power. Once complete, the transaction will expand Nextpower’s product portfolio and capabilities in utility-scale solar power conversion and support its entry into battery energy storage and data center markets.

Nextpower advances its power conversion platform, expanding into a critical layer of power plant architecture

“With this acquisition, Nextpower will launch a comprehensive inverter offering in response to strong customer requests for reliable, high-quality power conversion solutions rounding out our integrated platform,” said Dan Shugar, founder and CEO of Nextpower. “We will be in market with products for solar, storage, and data centers, and building out U.S. manufacturing as quickly as is prudent. Initial customer demand is promising and we look forward to welcoming the legacy Apex Power and Zigor team members to Nextpower once the transaction closes.”

This acquisition will include modular, field-deployed inverter technology, and experienced engineering talent. The product technology is suitable for new battery storage and solar inverter applications at 1500V, repowering applications at 600V and 1000V, and is 2000V ready. The modular skid design can be configured up to 5.2 MVA.

The transaction is expected to enable rapid scale-up of inverter manufacturing capacity in the U.S. with a production ramp expected to begin in 2027. It also supports closer integration of power electronics with Nextpower’s leading solar trackers, electrical balance of systems (eBOS), and broader technology platform. This integration can help improve overall system performance, reduce procurement complexity, and enable faster, more efficient project design and deployment. Intelligent power conversion systems are increasingly utilized in advanced grid infrastructure, including battery storage and energy supply systems designed to support complex large loads such as AI data centers.

The closing of the acquisition is subject to foreign direct investment (FDI) approval by the Spanish government and other customary conditions. The transaction consideration includes approximately $80.5 million in cash, consisting of $46 million at closing and up to $34.5 million in potential earnouts. In addition to the purchase consideration, Nextpower plans an incremental investment of approximately $50 million related to growth initiatives, including the acceleration of its entry into the power conversion market. These investments are expected to position Nextpower to capture a significant, durable growth opportunity.

Following the relevant approval, the acquired assets, including Apex Power, will be integrated into Nextpower’s operations, with the inverter business operating within its growing power electronics platform. Zigor will continue to operate its remaining business independently, separate from the assets acquired by Nextpower.

Nextpower | www.nextpower.com

Pickle Roofing Solutions, the Allen-based roofing contractor holding GAF's 3-Star President's Club Award, has earned Tesla Solar Roof Certified Installer status, one of only five companies in Texas authorized to install the Tesla Solar Roof system. The certification covers complete Solar Roof installations, Powerwall battery integration, and ongoing system maintenance for residential and commercial properties across the Dallas-Fort Worth metropolitan area.

Texas is home to thousands of roofing contractors, yet Tesla's certification program approves only a small number of installers statewide, companies that must complete rigorous training in Tesla's six-phase installation methodology, pass electrical commissioning requirements, and maintain access to Tesla-approved materials and technical support. For DFW homeowners, Pickle Roofing Solutions represents a local option that bridges a gap most solar-only companies cannot fill: the ability to handle both the structural roofing work and the solar energy system under a single certified contractor.

That distinction matters more than it might appear. The Tesla Solar Roof replaces a home's existing roof entirely rather than mounting panels on top of it, so installation quality depends as much on roofing fundamentals, underlayment, flashing, load-bearing assessment, and waterproofing, as it does on solar technology. Most solar-only companies lack the roofing background to execute this work correctly, while traditional roofers rarely pursue the training required to earn Tesla certification. Pickle Roofing Solutions, founded in Allen in 2012 by CEO Randy Pickle and now led alongside Executive Vice President McDowell Pickle, draws on more than 30 years of roofing expertise that Randy Pickle built before adding solar credentials to the company's portfolio.

North Texas conditions make the timing of this expansion particularly relevant. Residential electricity rates in Texas have risen 4.4% year-over-year into 2026, and Oncor Electric Delivery recently filed for a base rate increase citing $834 million in storm-related infrastructure costs. Homeowners across the Oncor service territory, Allen, Plano, McKinney, Frisco, and surrounding communities, face delivery charges that rise regardless of which retail electricity provider they choose. The Tesla Solar Roof generates power directly from the roof surface, and paired with Powerwall battery storage at 13.5 kWh of usable capacity per unit, the system lets homeowners store solar energy for overnight use or during the grid outages that have grown more common across North Texas.

Each residential installation begins with a structural evaluation and aerial imaging to measure usable roof surface, followed by twelve months of utility bill analysis to size the system against actual household consumption. Pickle Roofing Solutions then manages permit acquisition, HOA coordination, existing roof removal, tile installation, and final electrical commissioning, handling all phases from a single point of contact. The complete Tesla Solar Roof carries a 25-year warranty covering tile integrity, power production, and weatherization, with Tesla's tempered glass tiles rated to Class 3 hail resistance standards.

"When we started evaluating the Tesla Solar Roof program, what stood out immediately was how much it requires roofing knowledge, not just solar knowledge," said Randy Pickle, CEO of Pickle Roofing Solutions in Allen, TX. "Our background in North Texas roofing, understanding the local weather cycles, building codes across Collin and Denton counties, and how roofs actually fail, makes us better positioned to install these systems correctly than a company approaching it purely from the solar side."

Pickle Roofing Solutions serves 12 cities across the DFW region including Allen, Plano, McKinney, Frisco, Carrollton, Dallas, Garland, Richardson, Wylie, Murphy, Prosper, and Fairview. The company holds GAF Master Elite 3-Star President's Club status, one of only three contractors in DFW among approximately 4,000, GAF GoldElite Commercial Contractor certification, and A+ BBB accreditation since July 2012. Property owners can schedule a site assessment by calling (469) 247-8310.

Pickle Roofing Solutions | https://pickleroofing.com/

Pluma Construction, ForeFront Power, Standard Solar and Solstice gathered with project partners, invited guests and community stakeholders at the Pino community solar site in Las Vegas, New Mexico, on May 13 to celebrate community solar in the state and progress across the eight-project, 48.4 megawatt portfolio. Developed by New Mexico-based Pluma Construction with support from ForeFront Power, the portfolio was acquired by Standard Solar for long-term ownership and operations, with Solstice leading subscriber acquisition.

The portfolio also reflects Standard Solar’s broader commitment to New Mexico, where the company is actively acquiring additional projects.

Held at one of the portfolio’s operating sites, the event featured remarks from project partners and a ribbon cutting recognizing the collaboration behind one of New Mexico’s earliest community solar portfolios.

Seven of the eight projects are complete, with the final project, Otero, expected by the end of 2026. Once fully complete, the 48.4 MW portfolio is expected to generate approximately 103,287 megawatt-hours in its first year. Across both State Land Trust and privately sited facilities, the portfolio is helping expand access to clean energy and electric bill savings for households across New Mexico.

The portfolio includes the following projects:

• Pino — Las Vegas, New Mexico, 7.5 MW, 14,710.38 MWh first-year production
• Curry Road North — Clovis, New Mexico, 4.5 MW, 9,133.90 MWh first-year production
• Reynolds — Reynolds, New Mexico, 7.0 MW, 15,526.00 MWh first-year production
• Las Cruces — Las Cruces, New Mexico, 7.6 MW, 16,104.60 MWh first-year production
• Clovis — Clovis, New Mexico, 5.1 MW, 10,571.24 MWh first-year production
• Lordsburg — Lordsburg, New Mexico, 5.0 MW, 11,721.24 MWh first-year production
• Silver City — Silver City, New Mexico, 6.5 MW, 14,460.11 MWh first-year production
• Otero — Alamogordo, New Mexico, 5.2 MW, 11,059.48 MWh first-year production upon completion

All eight projects use single-axis tracker systems.

More information about subscriber eligibility and enrollment opportunities is available at solstice.us/nmsolar.

ForeFront Power | www.forefrontpower.com

Pluma Construction | https://www.plucys.com/

Solstice | https://solstice.us/

Standard Solar | standardsolar.com

Cadeler completes installation of the first fully commissioned monopile foundation at Ørsted’s Hornsea 3 offshore wind farm in the UK, marking a major milestone in the execution of one of the world’s largest offshore wind developments. The installation is the first of 197 monopile foundations Cadeler will transport and install as part of the company’s full transportation and installation (T&I) scope for the project. Once completed, Hornsea 3 will become the single largest offshore wind farm in the world, with a total capacity of 2.9 GW – capable of powering more than 3.3 million UK homes with renewable energy.

The Hornsea 3 project marks the first time Cadeler takes on the complete T&I scope for offshore monopile foundations. The successful installation of the first complete monopile foundation follows years of planning, engineering, and coordination across teams onshore and offshore. It reflects the coordinated execution of multiple specialised offshore scopes across vessels and project partners. The monopile itself was installed by Cadeler’s purpose-built A-class vessel, Wind Ally, while Wind Orca executed the installation of secondary steel. The full commissioning scope was carried out by the service operation vessel ESVAGT FROUDE, operated by the Danish company ESVAGT. Boston Energy has delivered the post-installation commissioning and completion scope for the foundation.

As part of the broader Hornsea 3 installation scope, Cadeler will deploy three of its own specialist offshore wind installation vessels, including its first A-class newbuilding, Wind Ally, purpose-built to support the transportation and installation of XXL monopile foundations.

Bradley Scott, Project Director at Cadeler, comments: “This milestone is not just about the first structure in the ground – it represents an important step as we continue expanding into full-scope foundation transport and installation. Delivering projects at this scale requires close collaboration, detailed planning, and strong execution across every phase of the operation.

"We are proud to support Ørsted on Hornsea 3 and grateful to all teams offshore and onshore whose commitment and collaboration have contributed to reaching this point safely and successfully.”

Cadeler | www.cadeler.com

Moment Energy, the architect of the next generation of power infrastructure, announced it is building the world's largest battery repurposing facility in Vancouver, British Columbia over the next 6 weeks, marking a major step forward in scaling domestic energy storage infrastructure and the fastest in the world to scale battery manufacturing.

The announcement comes just weeks after the company's US$40 million Series B funding round, which brought total capital raised to over US$100 million and underscored growing investor confidence in Moment Energy's leading role in the future of energy systems.

The new facility, expected to be complete and fully operational by the end of June 2026, will significantly expand Moment Energy's manufacturing footprint in North America, enabling the company to meet rapidly increasing demand from data centers, industrial customers and utilities facing mounting pressure on power availability.

Scaling Domestic Energy Infrastructure 

The Vancouver site is engineered for rapid deployment, accelerating the delivery of energy storage systems to sectors where power availability is now the primary growth bottleneck.

As power demand accelerates, energy storage adoption has become critical to grow. Moment Energy is addressing this challenge by repurposing EV batteries already on North American roads, transforming them into cost-effective, rapidly deployable energy storage systems.

"This is about building the infrastructure needed to support the next generation of energy demand," said Edward Chiang, Co-Founder and CEO of Moment Energy. "We are proud to establish this facility in Canada, the country where Moment Energy was founded, to foster domestic manufacturing. This scaling solution utilizes existing battery resources to deliver the reliable, affordable power that is so crucial right now.

World's Largest Certified, Non-FEOC Second-Life Battery Facility 

Once complete, the Vancouver site will be the largest battery repurposing facility in the world, with capacity reaching 1 GWh by 2030 and to create more than 100 skilled jobs.

The facility will operate as a fully vertically integrated system, managing the entire lifecycle from battery intake and testing through to integration and deployment. It will also be one of the only facilities globally operating under UL 1974 certification.

By maintaining a fully domestic supply chain, the facility ensures batteries remain within North America, supporting local manufacturing while reducing reliance on foreign battery supply chains.

Unlocking a Major Untapped Domestic Energy Resource 

Moment Energy's expansion taps into what is rapidly becoming one of North America's most important untapped energy assets: retired EV batteries.

With hundreds of gigawatt-hours of batteries expected to come offline in the coming decade, second-life battery systems represent a scalable, near-term solution to energy storage shortages.

Compared to traditional battery manufacturing, repurposing enables faster deployment timelines and significantly lower costs, while extending the useful life of critical materials.

This positions Moment Energy at the center of a rapidly expanding market, as energy storage demand from AI infrastructure continues to accelerate.

By aligning with evolving policy priorities around local manufacturing, energy resilience and critical mineral utilization, the project reinforces Canada's position as a leader in sustainable energy infrastructure.

Moment Energy | https://www.momentenergy.com/