How the Reuse Market Can Solve Supply Chain Delays

ARRAY Technologies (NASDAQ:ARRY) (“ARRAY” or the “Company”), a leading global provider of solar tracking technology and fixed-tilt products, foundation solutions, software systems and services, announced a new 60-degree variant of its trusted ARRAY DuraTrack platform. Designed to effectively mitigate hail risk while reducing capital expenditures, the new solar tracker builds on the exceptional hail alert response and patented passive wind stow reliability of the DuraTrack platform and further strengthens the breadth of ARRAY's portfolio of tracker solutions.

As developers and insurers seek practical ways to balance project economics with extreme weather resilience, demand is growing for tracking solutions that effectively mitigate hail risk without significantly increasing capital costs. ARRAY is addressing this need with the 60-degree DuraTrack variant, developed with input and feedback from customers and insurance stakeholders.

Combining a 60-degree stow angle with ARRAY SmarTrack® software suite, including Hail Alert Response technology, this system delivers an effective balance of cost, risk mitigation, and performance for projects in moderate hail risk regions. The 60-degree variant also carries forward the wired AC motor and wired communications architecture which dramatically differentiates the reliability of the DuraTrack product line and provides maximum dependability when hail approaches compared to systems relying on batteries and wireless communications. The new 60-degree variant also includes ARRAY Wind XP patented passive wind stow technology which minimizes unnecessary stow and sensor failure risk through ARRAY’s trusted mechanical stow solution.

This announcement comes as insurance leaders from 25+ companies convene for ARRAY’s third annual Insurance Forum in Boston, Massachusetts, which delves into ARRAY’s capabilities for mitigating the effects of severe weather and the tracker industry's essential role in reducing risk in the solar market.

“ARRAY is proud to offer trusted technology that mitigates the realities of severe weather demands while maximizing energy generating potential," said Nick Strevel, Chief Product Officer at ARRAY. “Adding a 60-degree tracker expands our existing portfolio to give our customers more options for resilient and reliable solutions in hail-prone regions, including Texas and the Great Plains.

Key Features and Availability

• Leading Hail Resiliency: Designed to mitigate hail risk effectively, including through its compatibility with ARRAY’s Hail Alert Response software with 99%+ reliable stow execution rate.
• Lower Capital Expenditure: Reduces tracker and foundation costs compared to higher-angle trackers.
• Increased Reliability: Delivers more dependable stow behavior in adverse conditions through an AC grid-powered motor and wired communications compared to systems relying on battery power and wireless communications, which can be disrupted by extreme weather.
• Fewer Energy Losses: Reduces production losses by protecting only the rows that need it via ARRAY’s patented and DNV-validated WindXP passive stow technology, shown to offer an energy yield benefit of up to 4%
• Availability: Available to quote in 2026, with deliveries expected in mid-2027.

ARRAY Technologies | www.arraytechinc.com

SolarEdge Technologies, Inc., a global leader in smart energy technology, trusted Denver-area solar installer Apollo Energy, and several industry partners including Pivot Energy, IronRidge, Greentech Renewables, and Rexel announced the donation and installation of a 60-kilowatt solar energy system for Project Worthmore, a nonprofit organization providing support services to refugees in the Denver metropolitan area. This system will power the nonprofit’s newly renovated 20,000–square-foot Denver campus, helping the organization dramatically reduce electricity costs and reinvest those savings into programs that support families across the broader Denver community.

The project represents a collaborative effort across the solar industry, with manufacturers, installers, developers, and distributors contributing equipment, expertise, and funding to deliver the renewable energy system at no cost to the nonprofit.

“This solar installation will allow Project Worthmore to redirect thousands of dollars every month into programs that directly support the families we serve,” said Frank Anello, Executive Director for Project Worthmore. “We’re incredibly grateful to the companies that came together to make this project possible and help ensure our new campus can serve the community for years to come.”

The solar installation is expected to eliminate most of Project Worthmore’s electricity expenses, saving approximately $1,000 per month and $350,000+ over 20 years. Those funds will instead support educational classes, community programs, and shared spaces that serve families and local organizations across the Denver metro area. The installation also contributes to Denver’s broader sustainability goals by reducing CO2 emissions by ~60 tons per year and expanding the use of renewable energy in community institutions.

“Projects like this show what’s possible when companies across the solar industry work together to support their communities,” said Chuck Ellis, VP of C&I Sales at SolarEdge. “By helping organizations like Project Worthmore reduce operating costs, solar energy can free up critical resources for the programs and services that matter most.”

The solar installation is expected to be completed this summer, with an invite-only grand opening and ribbon-cutting ceremony planned for early August.  

SolarEdge | www.solaredge.com

Apollo Energy | www.harnessoursun.com

On July 30th, join the Hydrogen Fuel Cell Partnership to explore our recently launched Hydrogen Truck Guiding Principles, the next step in the playbook that helped establish California's hydrogen mobility market, shape the North American heavy-duty truck strategy, and maintain the nation's most comprehensive hydrogen infrastructure database. 

• REGISTER: Thursday, July 30th at 11amPT: Hydrogen Truck Guiding Principles

Learn how these proven strategies are now scaling coast to coast — and what it means for the future of zero-emission trucking.  We’ll have time for audience Q&A and feedback, and we hope to see you there. 

Hydrogen Fuel Cell Partnership | https://h2fcp.org/

Sigma Renewables, Scale Microgrids, and Black Bear Energy announced the successful energization of a new 2.8 MWdc rooftop solar project at LBA Logistics’ (LBA) 120 First Avenue facility in Covington Township, Pennsylvania. The project, hosted by LBA, was developed under Pennsylvania’s Virtual Net Metering (VNEM) Program and began operating in May 2026. It is expected to generate approximately 3.5 million kilowatt-hours annually.

At a time of unprecedented demand growth, projects like this matter because they bring new capacity online quickly. In a market where PJM capacity auction prices have surged, fast-moving solar development can help ease pressure on the grid and deliver real value to Pennsylvania ratepayers by adding locally sited generation without the long lead times typically associated with new capacity.

“By hosting projects like this, LBA can support practical energy solutions that add local generation capacity, create value for communities, and strengthen the regional grid,” said Michelle German, Vice President of Portfolio Operations & Sustainability at LBA. “This project reflects the value of aligning the right site, partners, and execution plan.”

The solar array also underscores the broader value of mid-sized distributed solar in Pennsylvania. Recent Aurora Energy Research findings highlighted the potential for these projects to save Pennsylvania residents nearly $1 billion in electricity costs over the next decade, driven by reduced wholesale power costs and protection against natural gas market volatility.

This project was designed and developed by Sigma Renewables, with Scale Microgrids as the long-term owner and operator and Black Bear Energy as the owner’s representative. The system reached full operation in less than two years after the initial contract was signed. That timeline reflects the efficiency of LBA and Black Bear Energy’s process, the utility’s ability to move interconnection studies quickly, and Sigma’s and Scale’s disciplined development and project management approach.

“This project exemplifies Sigma Renewables’ commitment to delivering impactful, forward-thinking rooftop solar,” said Zach Friedman, Co-Founder and Partner at Sigma Renewables. “Through strategic collaboration with trusted partners, we are accelerating the deployment of clean energy systems and generating lasting value for stakeholders.”

“Black Bear Energy is proud to have partnered with LBA Logistics, Sigma, and Scale on a project that shows how quickly new capacity can be brought online when the right team, process, and partners are aligned,” said Victoria Stulgis, President of Black Bear Energy, a Legence Company. “In a time of unprecedented demand growth and rising capacity costs, projects like this deliver real value by adding local generation efficiently and helping support lower costs for Pennsylvania ratepayers. We’re grateful to LBA for its commitment to hosting solar and for helping make this a true model for speed to market.”

“Commercial real estate companies have a tremendous opportunity to drive energy affordability and reliability for their tenants and the entire grid,” said Kristel Watson, the head of Scale’s Commercial and Industrial business. “We’re excited to help LBA expand its portfolio of onsite power projects, and we’re proud to do so with our long-term partners.”

The project adds to LBA’s onsite solar presence, which now includes 39 MW across 18 assets in seven U.S. markets. For Pennsylvania, the project demonstrates how mid-sized distributed solar can add local generation capacity, support participating offtakers, and contribute to the state’s growing distributed energy market. 

Sigma Renewables | https://www.sigmarenewables.com/

Scale | www.scalemicrogrids.com

Black Bear Energy | https://www.blackbearenergy.com/
 

ESS Tech, Inc. (ESS) (NYSE: GWH) (“ESS” or the “company”), a leading provider of non-lithium energy storage solutions, announced the signing of a Letter of Intent (LOI) with Juniper Energy LLC, a renewable energy development company, for the deployment of 500 MWh or more of sodium-ion battery energy storage systems, representing a major milestone for ESS as it continues to expand its business with innovative, sodium-based battery solutions.

The LOI establishes a framework for a long-term partnership focused on deploying ESS's sodium-ion battery energy storage systems across multiple projects over the coming years. As part of the agreement, the companies plan to collaborate on an initial 10 MW / 80 MWh energy storage project in California, which is expected to utilize ESS's recently announced modular sodium-ion AC solution–Bridge™, along with an ESS Energy Management System (EMS), and is targeted for commercial operation in 2027.

"This agreement with Juniper Energy validates ESS's strategy to expand our technology portfolio and bring sodium-ion energy storage to market," said Drew Buckley, CEO of ESS. "The planned deployment and long-term procurement framework reflect the accelerating customer demand we are seeing for safer, domestically sourced alternatives to conventional lithium-ion batteries.”

Subject to successful project execution and future project development, Juniper Energy has expressed its intent to procure 500 MWh or more of ESS battery energy storage systems by 2032.

"Juniper Energy is focused on partnering with companies that can successfully bring innovative energy technologies from development into commercial operation," said Keith McDaniels, Managing Partner of Juniper Energy. "ESS has demonstrated its ability to integrate, deploy, and scale advanced energy storage solutions, giving us confidence in its ability to execute on next-generation sodium-ion technology. We look forward to working together to validate the ESS Bridge energy storage platform and support its broader adoption across future energy storage projects."

ESS believes increasing demand for its domestically sourced, non-lithium energy storage solutions is creating significant opportunities across utility-scale energy storage, AI data centers, commercial and industrial facilities, and critical infrastructure applications.

Unlike conventional lithium-ion systems, ESS's sodium-ion technology utilizes abundant materials and is designed to reduce exposure to geopolitical supply chain risks and Foreign Entity of Concern (FEOC) restrictions while supporting domestic energy infrastructure development.

ESS | www.essinc.com

Competitive Power Ventures (CPV) affiliate, CPV Renewable Power, and investment partner Harrison Street Asset Management (HSAM) announced the start of commercial operations for CPV Rogue’s Wind. The 114-megawatt (MW) wind project marks CPV’s third operating project in Cambria County, Pennsylvania, following CPV Fairview Energy Center and CPV Maple Hill Solar. Built on former coal mine land, the project reinforces CPV’s longstanding commitment to brownfield development while expanding HSAM’s investment in renewable infrastructure.

“Pennsylvania remains a strong partner to CPV, and our activities reflect the state’s ‘all-of-the-above’ approach to address energy demand and help foster opportunities for new power projects,” said Sherman Knight, CEO of CPV. “This project provides the Commonwealth with new affordable generation, while expanding CPV’s investment in Cambria County. Alongside our existing natural gas-fired and solar facilities in the county, Rogue’s Wind underscores CPV’s commitment to developing the diverse energy infrastructure needed to support growing demand while balancing reliability, affordability, and sustainability.”

In parallel, CPV secured tax equity financing with U.S. Bank. Marathon Capital served as advisor, emphasizing the project’s quality and CPV’s leading role in developing utility-scale renewable projects.

CPV Rogue’s Wind is the company’s third renewable project that utilizes former coal mining land for renewable power generation. The project sits on over 6,000 acres, operating in partnership with private landowners and an active ATV park, Rock Run Recreation Area. The park features over 140 miles of trails, allowing riders an opportunity to reach the base of the wind towers.

“This project encapsulates how CPV approaches land development and integrates into our local communities. CPV Rogue’s Wind not only repurposes former coal mining land but seamlessly works alongside an existing ATV park, promoting the natural features of the region,” said Mike Resca, EVP of CPV Renewable Power. “This project represents a $300 million investment into the region and benefits Clearfield and Cambria Counties along with the Commonwealth. We want to voice our appreciation for local and state officials who were instrumental in bringing this project online.”

“CPV Rogue’s Wind demonstrates how thoughtful infrastructure investment can generate lasting value for communities while supporting the evolving needs of the electric grid,” said Carolyn Arida, Partner – Infrastructure at Harrison Street Asset Management. “We are proud to partner with CPV on a project that reflects our shared commitment to investing in assets that deliver long-term economic and environmental benefits.”

CPV Rogue’s Wind was constructed by White Construction who utilized local contractors. Logisticus Group handled the transport of the project’s 19 Vestas V-162 wind turbines, traveling more than 260 miles from port to site.

“This project was brought online safely and on time thanks to our incredible partners. It was a true feat and test of outside-the-box thinking to make the transport and construction of CPV Rogue’s Wind a success,” said Resca. “We’d like to extend our gratitude to MDOT, PennDOT, and both Maryland and Pennsylvania State Police for their role in maintaining safe transport.”

CPV Rogue’s Wind will generate enough electricity to the grid to support approximately 32,000 households.

Building on Strong Community Ties

Since CPV Fairview Energy Center came online in 2019, followed by CPV Maple Hill Solar in 2023, CPV has played an active role in the Cambria County community, supporting first responders, STEM education initiatives, and addressing food insecurity. This partnership with the county continues with the addition of CPV Rogue’s Wind, integrating into the region’s valued natural features.

“CPV is a welcomed addition and valued partner to the Cambria County Conservation and Recreation Authority, seeing CPV Rogue’s Wind come online is a result of a lot of hope and work,” said Tom Kakabar, Chair of the Cambria County Conservation and Recreation Authority. “This project will generate new revenue; it has already created hundreds of construction jobs and helps support our natural resources. It’s a win-win.”

“CPV went about this with the right attitude and understood the importance of bringing the local community into their plans as the project came together. They did their due diligence,” said Pat Leyo with Rock Run Recreation Area. “This will be an added experience for our riders, being able to go right to the base of the tower and see wind energy being generated.”

The project further reflects the ongoing partnership between CPV and Harrison Street Asset Management to invest in critical energy infrastructure that supports reliability, economic development, and a responsible energy transition.

CPV Rogue’s Wind joins five operating wind and solar projects in the company’s renewable portfolio alongside a development pipeline of 4.8 GW spanning solar, wind, and battery storage.

CPV Group | www.cpv.com

Qnetic has reached two significant progress milestones in the commercialization of its long-duration flywheel energy storage technology. Construction has begun on what the company believes is the world's largest dedicated flywheel test cell, while assembly of its first full-scale Pulsar prototype, a 200-kWh flywheel energy storage system, is underway. The purpose-built test facility, located at Qnetic's Technology Center in Shanghai, represents a million-dollar-plus investment that will serve as the company's primary site for validating the performance, safety, and reliability of its next-generation flywheel systems. Significant excavation and foundation work are taking place, with installation of the Pulsar prototype planned as the facility is completed, followed by technical validation testing. 

These milestones mark a major step toward the commercial deployment of Qnetic's proprietary flywheel technology, which is designed to provide long-duration energy storage without the degradation, fire risk or dependence on critical minerals associated with conventional lithium-ion batteries.

The company’s expert partner – a world-leading firm specializing in spin-test technologies – was instrumental in guiding the specification of the test cell. They said, "In terms of scale, Qnetic's flywheel system involves significantly more stored energy than what we typically handle in spin testing. The scale and scope of the containment challenges are therefore quite unique and in a class of their own.” 

"These milestones represent a pivotal moment in Qnetic's journey from technology development to commercialization," said Michael Pratt, CEO of Qnetic. "Building the world's largest flywheel test cell while bringing our first Pulsar system into validation demonstrates both the maturity of our technology and our confidence in its commercial potential. We're creating the infrastructure needed to prove performance at scale and accelerate deployment for customers." 

Designed for long life, high cycling, and grid reliability

Unlike batteries, which store energy chemically, flywheels store energy kinetically by spinning a rotor at extremely high speed inside a vacuum enclosure. When electricity is needed, the rotating mass drives a generator to return energy to the grid. Because the process involves no electrochemical reactions, flywheel systems can deliver decades of high-performance operation while offering rapid response times, high cycling capability, and no fire risks.

Qnetic's 200-kWh Pulsar system is being developed for applications including data centers, renewable energy time-shifting, grid balancing, microgrids, and industrial power resilience. The technology offers grid and commercial operators a durable, lower-lifetime-cost alternative for multi-hour energy storage. Qnetic flywheel systems can complement or replace lithium-ion batteries in applications where long asset life, unlimited cycling, sustainability and predictable lifetime economics are critical.

Qnetic | www.qnetic.energy