ARRAY OmniTrack

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RE+ 2025: U.S. Solar Industry Calls for Resilience Amid Policy Challenges

PV tech highlighted key themes from RE+ Las Vegas, where solar leaders emphasized the urgency created by the “One Big, Beautiful Bill” Act, which accelerates deadlines for key IRA tax credits. To stay eligible, projects must begin by mid-2026, driving a wave of early safe-harboring efforts.

ARRAY continues to navigate this evolving landscape while addressing supply chain transparency and responding to shifting global manufacturing dynamics. Despite policy challenges, demand from data centers and communities continues remains strong—reinforcing solar’s growing role in energy security and ARRAY’s presence in a rapidly scaling market.

How ARRAY and Other Solar Companies are Adapting to a Shifting Market

In Solar Power World’s coverage of RE+, they highlighted ARRAY’s expansion into the foundations market with the acquisition of APA Solar Racking. The article notes these integrated tracker and foundation offerings will help ARRAY’s ability to address complex geotechnical conditions—such as hard, mixed, and frost-heave soils.

ARRAY has a history of collaboration with APA, whose expertise aligns seamlessly with the capabilities of our tracker systems. As federal incentives shift and project demands evolve, ARRAY is expanding its investment in full-system performance, ease of installation, and customer value.

ARRAY’s DuraTrack® & OmniTrack Verified by Intertek as Compatible With 2,000-Volt (2kV) Solar Module-Wired Systems

Intertek has verified ARRAY’s DuraTrack® and OmniTrack solar trackers have been certified by Intertek for compatibility with 2,000-volt systems under UL 3703 and UL 2703 standards. This confirms their readiness for higher-voltage solar architectures without modifications, enabling reduced electrical losses, lower material costs, and improved performance. The long-row design further optimizes layout and lowers the Levelized Cost of Energy, aligning with future industry standards and applications.DuraTrack and OmniTrack solar trackers for compatibility with 2,000-volt systems under UL 3703 and UL 2703 standards. This independent verification affirms that both systems support higher-voltage architectures without modification—helping reduce electrical losses, lower material costs, and improve performance.

The long-row architecture of both trackers further supports layout optimization and cost-effective deployment—key factors in reducing levelized cost of energy (LCOE) on utility-scale projects.

Navigating Solar’s Shifting Landscape: Jessica Lawrence-Vaca’s Resilient Rise at ARRAY

pv magazine profiled ARRAY’s Chief Commercial Officer, Jessica Lawrence-Vaca. The piece reflects on her leadership through policy uncertainty, shifting incentives, and industry evolution.

Jessica’s balance of strategic thinking, regulatory fluency, and relationship-building continues to shape ARRAY’s customer partnerships and commercial vision. The article also spotlights her personal resilience—navigating the demands of leadership, travel, and family with focus and integrity.

As a leading global provider of utility-scale solar tracking technology, software, services, and foundation solutions, ARRAY is honored to be recognized by respected voices. We remain committed to delivering technology and support that help utility-scale projects succeed.
If you want to stay up to date on all things ARRAY, please check out our press releases and blog and follow us on LinkedIn. Thank you for your continued support in driving our mission—generating energy with integrity for a sustainable world— forward.

The post ARRAY in the News: Tracker Verification, Policy Shifts, and Leading with Insight appeared first on ARRAY Technologies.

With insurance claims climbing and premiums spiking, the pressure is on developers, operators, and insurers to find smarter, more reliable ways to mitigate risk. Solutions like ARRAY DuraTrack Hail XP offer a practical way to help reduce exposure and deliver stronger outcomes, both operationally and financially.

Meanwhile, solar modules are evolving. Larger formats, thinner glass, and more bifacial designs improve efficiency, but can also increase vulnerability. Hail is now a top driver of PV losses and responsible for over half of solar insurance claims. Mitigation isn’t optional anymore—it’s a make-or-break factor in tracker design and project planning. In recent webinar, Justin Bates, director of product management at ARRAY; Mike Perron, renewable energy market lead at FM; and George Loranger, director of product marketing at ARRAY, discussed the real-world challenges of hail risk—and how automated tracker stow systems, like ARRAY’s DuraTrack Hail XP , are helping solar sites stay protected.

Watch the full webinar below or keep reading for some key takeaways from this insightful discussion.

UNDERSTANDING THE HAIL RISK LANDSCAPE

Mike opened with a staggering statistic: Hail is responsible for just 6% of solar system losses by count but drives 73% of damage costs. The discrepancy points to a sobering reality: when hail hits and systems fail to stow, the losses are often catastrophic. And it’s not just a regional issue; it’s a global and growing threat. So why are losses still happening?

Mike identified several root causes:

• Software errors and system timeouts
• Confusion between wind and hail stow protocols
• Power outages and incomplete commissioning
• Mechanical faults and configuration gaps

The bottom line: stow works—but only when it’s reliable, automated, and site-wide. Systems that stowed properly experienced losses reduced by more than half.

ENGINEERING FOR RESILIANCE: ARRAY’S HAIL XP TRACKER

Justin introduced Hail XP, a tracker system designed to solve the hail vs. wind dilemma. Traditional trackers often force operators to choose: stow for hail (and risk wind) or stow for wind (and risk hail). Hail XP addresses both—without compromise.

Key features of Hail XP:

• Hard-wired 480V AC motors, ensuring reliable stow with zero dependence on batteries.
• High tilt angles up to 77°, which can reduce module exposure and the energy of incoming hail
• Stows away from the wind, helping reduce kinetic force on glass surfaces
• Automated stow initiation via ARRAY SmarTrack® Hail Alert Response, with storm alerts triggered at least 30 minutes in advance of an approaching storm.

VDE Americas’ forensic analysis of hail events in Fort Bend Country, TX found that no direct hail damage occurred on ARRAY rows that followed stow protocols, even during storms with hail up to 4 inches in diameter. And at a 52° stow angle, the system still provided effective protection because the trackers reliably moved to full stow when needed.

WHY STOW ANGLE—AND DIRECTION—MATTER

The angle of impact can dramatically influence damage risk. Hail striking a pv module at a steep, oblique angle delivers far less force than a direct hit.

• At 77°, the kinetic energy of hail is reduced to less than 20 joules, well below the fracture threshold for most PV glass while also mitigating risk of cell cracking.
• Stowing into the wind can lead to cracked modules at just 2 inches of hail.
• Stowing away from the wind offers protection even in storms with 4-inch hailstones.

ARRAY’s design allows for trackers to move across the flat position, even in high winds, to stow away from the direction of the storm without risking dynamic instability. This capability is essential for dual protection.

SMARTER STOW THROUGH AUTOMATION

Manual stow protocols are vulnerable to delays and errors. ARRAY’s SmarTrack® Hail Alert Response automates the process, using geo-fencing and storm proximity-based storm tracking to automatically trigger a site-wide stow when a storm enters a 30-mile radius—ensuring readiness before grid outages or impact.

For developers and operators, this automation can:

• Help reduce risk of catastrophic module failure
• Support insurance negotiations with tested protocols
• Offer peace of mind during storm season

INSURANCE IMPLICATIONS AND INDUSTRY COLLABORATION

Mike emphasized that better hail protection isn’t just about tech, it’s about trust. For insurance providers to offer premium reductions or improved terms, they need:

• Documented stow testing (monthly and annual)
• Operator training and system awareness
• Cross-stakeholder standards and visibility

ARRAY solar trackers meet these demands with field-proven performance and engineering-forward design.

Hail damage isn’t just a weather problem—it’s a business risk. Automated stow solutions like Hail XP and Hail Alert Response help empower developers to protect portfolios, reduce operational disruptions, and potentially lower long-term insurance costs. In a maturing solar market, proactive site resilience is a competitive advantage.

The post Protecting Utility-Scale Solar Projects with ARRAY DuraTrack Hail XP™ appeared first on ARRAY Technologies.

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Domestic Content Milestone: Indiana Project to Use 100% U.S.-Made ARRAY Trackers

Solar Power World highlighted the 200-MWAC Emerald Green Solar project in Indiana, developed by ENGIE North America, which will use ARRAY OmniTrack trackers built entirely with domestic components. Once completed, the project is anticipated to meet 100% of the Domestic Content Assigned Cost Percentage (ACP) under the U.S. Treasury’s latest guidance (Notice 2025-08), positioning it to qualify for maximum incentives. This milestone demonstrates how ARRAY’s U.S.-based manufacturing capabilities can help developers navigate incentive requirements while supporting American solar infrastructure.

APA Acquisition Signals Long-Term Growth and Customer Focus

Following the $179 million acquisition of APA Solar, Renewables Now reported on how ARRAY is expanding its ability to deliver integrated tracker and foundation systems. This combined solution allows us to meet a greater amount of customer needs across challenging conditions—like hard, mixed and frost heave soils —while streamlining procurement and installation. With APA continuing as a strategic business unit, ARRAY is accelerating innovation and expanding our reach to serve a broader range of utility-scale and commercial solar projects with field-proven, adaptable technology.

ARRAY Reports Strong Q2 Earnings, Expands Product Lineup and U.S Project Footprint

Albuquerque Business First covered ARRAY’s strong Q2 earnings report, highlighting $362.2 million in revenue and a profit increase to $28.5 million. Alongside our acquisition of APA Solar, ARRAY introduced ARRAY Hail XP—our new tracker designed for extreme weather—and announced plans to supply domestic content OmniTrack trackers for a 200-megawatt solar project in Indiana. These milestones reflect our continued focus on innovation, strategic expansion, and supporting utility-scale solar customers with U.S based solutions.

ARRAY expands solar infrastructure capabilities with APA Solar acquisition

As Albuquerque Journal reports, ARRAY’s acquisition of APA Solar brings fixed-tilt systems and foundation infrastructure into ARRAY’s portfolio—supporting a wider range of utility-scale and distributed solar project needs. The $179 million deal, now officially complete, marks ARRAY’s first major expansion beyond tracker components.

“This is a pivotal moment for ARRAY,” said CEO Kevin Hostetler. “Together, we will accelerate the deployment of utility-scale and distributed solar energy by offering a more comprehensive and flexible portfolio of solutions.”

APA Solar will continue operating as a strategic business unit. ARRAY plans to update its full-year 2025 guidance in the next earnings call to reflect the acquisition’s projected impact. The closure of the deal follows a strong Q2 earnings report, where ARRAY raised its full-year revenue outlook from $1.15 billion to $1.22 billion.

ARRAY is a leading global provider of solar tracking technology products, software, services, and foundation solutions. We appreciate the recognition from respected industry voices and remain committed to providing solutions that help meet the needs of the utility-scale solar industry worldwide.

If you want to stay up to date on all things ARRAY, be sure to check out our press releases and blog and follow us on LinkedIn. Thanks for supporting our mission and generating energy with integrity for a sustainable world!

The post ARRAY in the News: Strategic Expansion, Domestic Content Trackers, Q2 earnings, and Wider Utility-Scale Reach appeared first on ARRAY Technologies.

What stood out to me the most was that the solutions drawing the most attention weren’t flashy gimmicks—they were customer-centered technologies that directly address real-world project pain points. From PV trackers that can withstand record hailstorms to foundations that cut grading time, the future of solar resilience is about helping our EPC and developer partners hit project timelines, lower costs, and help maximize energy generation over the life of the project.

ARRAY was part of that story. Across sessions, interactive tracker demos, and customer meetings, we shared how our latest advancements—like ARRAY DuraTrack Hail XP, improved ARRAY SmarTrack® software and integrations, and APA’s foundation systems—are being deployed on projects to help reduce O&M costs, simplify construction, and increase energy production.

Here are the team’s biggest takeaways from RE+ 2025 and how ARRAY is working alongside our customers to address them:

• Seamless Compatibility with our Foundation Solutions
• Weather Resilience Is No Longer Optional
• Domestic Content Is Now a Decisive Factor in American Solar Project Success

Seamless Compatibility with our Foundation Solutions

The challenge: Selecting the right foundation is crucial to fostering a solar plant’s long-term reliability. Site owners, developers, and EPCs should carefully pair solar trackers with the right foundation to withstand harsh weather and challenging soil conditions.

The solution: With APA’s foundation expertise now part of ARRAY, we’ve simplified tracker-to-foundation integration, delivering a robust solution for solar projects, particularly in regions with difficult soils and terrain. APA specializes in advanced foundations and interfaces designed for solar trackers, engineered to excel in rocky soil, frost-heave areas, and other tough environments. ARRAY, a global leader in solar tracker technology, is known for its durability, reliability, and efficiency in maximizing energy production. As one company, we provide a seamless, high-performance solution for solar projects in even the most demanding conditions.

Why it matters: At RE+ 2025, customers were eager to hear about the combined expertise of ARRAY and APA. We’re presenting solar project developers and EPCs with a premier tracker + foundation solution to meet any challenging conditions, including rocky, frost-prone, undulating, and tough terrains.

Weather Resilience Is No Longer Optional

The challenge: Hail and wind are no longer “edge cases”—they’ve become central to procurement, insurance, and bankability decisions. Developers, insurers, and long-term asset owners are all demanding systems that can withstand increasingly volatile weather.

The solution: ARRAY’s resilience portfolio—including Hail XP, ARRAY SmarTrack® Hail Alert Response, and ARRAY’s patented passive wind stow—delivers automated stow, advanced monitoring, and field-validated performance while reducing production loss caused by high wind events. High-angle trackers combined with thicker module glass can reduce risk exposure by as much as 90% in high-hail regions, while our focus on “confidence of stow*” helps ensure systems respond reliably when it matters most. Furthermore, ARRAY, since inception, has designed our trackers to withstand high wind loads at full tilt. Site owners can stow with confidence for both hail and wind without increasing the number of piles or the strength of the foundations. Hail XP, SmarTrack Hail Alert Response, and passive wind stow provide site owners with a robust portfolio to handle the worst scenarios that Mother Nature can present.

Why it matters: Weather risk was one of the most discussed topics across panels and customer meetings during the show. On “The Impact of Extreme Weather Events on PV Design” panel, Evan Nichols, ARRAY’s director of technical sales, emphasized that resilience is now a baseline requirement—not an add-on. Paul Brown, managing partner with The Baldwin Group, reinforced that premiums are a math equation: lower risk = lower cost. And the industry-wide call for more granular field data underscored a clear trend—projects that can prove resilience through validated performance and real-world data will have a strategic edge in securing financing and lowering insurance costs.

*Note: “Confidence of stow” refers to the probability that a tracker system will successfully move to and maintain its protective position during a weather event. Higher confidence = greater assurance the system will respond as intended when it matters most.

RE+ 2025, Day 1 of the trade show, September 10, 2025

Domestic Content Is Now a Decisive Factor in American Solar Project Success

The challenge: Developers are under increasing pressure to prove domestic content—not only to qualify for IRA incentives, but also to secure community acceptance and reduce exposure to global supply chain volatility.

The solution: ARRAY can now offer trackers that deliver 100% of the domestic content Assigned Cost Percentage (ACP) under the U.S. Treasury Department’s latest guidance (Notice 2025-08, issued January 2025). This capability is backed by a validated third-party “should” level opinion and certifications from our supply chain partners to help mitigate procurement risk.

Why it matters: The message from developers has been clear: domestic content is a decisive factor in enabling customers to maximize their tax credits. The Emerald Green Solar project in Indiana, developed by ENGIE North America, is already providing a real-world case of how ARRAY’s fully domestic trackers can support both project economics and community benefits.

Looking Ahead

Overall, what stood out to me the most was how unified the conversation has become around a few core priorities:

• reducing risk,
• integrated solutions under the panel, and
• ensuring projects perform for the long haul

Whether the topic was weather resilience, domestic content or integrated solutions, the common thread was clear—EPCs count on ease of install and owners want confidence that their investments will stand up to real-world pressures and keep delivering value.

As I look ahead, the way I see it, ARRAY’s role will be to continue supporting our customers, anticipating challenges, validating performance, and designing solutions that make projects more resilient.

The post RE+ 2025 Insights: What Developers and Owners Want from Utility-Scale Solar appeared first on ARRAY Technologies.

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Lime Kiln Agrivoltaics and pollinator support project goes live with ARRAY trackers

Recently, pv magazine USA covered the launch of the Lime Kiln agrivoltaics community solar project in Fulton, Maryland. The 2.7 MW site—now powering approximately 500 homes and businesses—demonstrates what’s possible when innovation meets intention. The project integrates sheep grazing and pollinator-friendly ground cover with ARRAY trackers, giving developers a flexible layout that accommodates diverse land-use goals.

ARRAY DuraTrack Hail XP praised for addressing extreme weather risks

“The new design comes at a great time,” said The Cool Down about our new ARRAY DuraTrack Hail XP system. Designed to protect solar panels in hail- and wind- prone regions, this tracker allows for modules to stow at a steep 77° angle—offering enhanced defense against extreme weather. The system’s ability to quickly reposition in response to hail events helps reduce the risk of damage and safeguard long-term project performance. This recognition underscores ARRAY’s focus on designing durable solutions that help EPC’s and developers protect their assets and stay on schedule.

ARRAY strengthens foundation and fixed tilt capabilities with APA Solar acquisition

List.Solar covered ARRAY’s acquisition of APA Solar fixed tilt mounting systems, for $179 million. This strategic move not only allows us to expand our product portfolio, but with APA’s expertise we’re better equipped to support a wider range of site conditions and project requirements and project requirement from single-axis trackers to fixed-tilt systems. This will help strengthen our ability to deliver integrated, field-proven solutions that meet the needs of today’s solar landscape for our customers.

Steel-framed modules take center stage in Origami + Array Webinar

A PV-Tech article by Eric Hafter, founder of Origami Solar, summarized a webinar discussion on the potential benefits of steel-framed modules in combination with trackers. Origami invited ARRAY to participate as an expert in the industry. During the webinar we shared how steel frames may help improve wind ratings, streamline tracker mounts, and offer design flexibility in certain environments.

At ARRAY, we’re focused on delivering reliable technology and customer support that help utility-scale solar projects succeed. We appreciate the recognition from respected industry voices and remain committed to providing solutions that meet the needs of the utility-scale solar industry worldwide.

If you want to stay up to date on all things ARRAY, be sure to  check out our press releases and blog  and find us on LinkedIn, Instagram and Youtube.

The post ARRAY in the News: Agrivoltaics, Strategic Acquisitions and Policy-driven momentum appeared first on ARRAY Technologies.

Recent hailstorms—once considered rare—have already caused millions of dollars in damage across utility-scale sites. In a recent joint webinar, ARRAY and VDE Americas shared hard-won lessons and real-world data showing how smart stow protocols and real-time weather response can dramatically reduce site losses during extreme hail events.

If minimizing claims, reducing downtime, reducing insurance costs, and protecting long-term levelized cost of energy (LCOE) are priorities for your next project, check out the following to gain a better understanding of key points that could help you to turn weather risk into a manageable, strategic advantage.



The Growing Threat of Extreme Weather

Storms like the 2024 Fort Bend County hailstorms in Texas—events that shattered panels across utility-scale solar fields—aren’t outliers anymore. They’re the new reality, and a clear reminder that weather resilience strategies should be built into projects from day one.

Innovations that Strengthen Solar Resilience

ARRAY’s technology portfolio is designed with extreme weather conditions in mind, offering solutions that balance energy generation with asset protection:

• Passive Wind Stow Technology: Mechanically allows tracker rows to move to a safe position when wind-activated without relying on sensors or electronics, helping preserve system reliability during high wind events.
• ARRAY SmarTrack® Hail Alert Response: Uses advanced weather APIs to send real-time alerts and trigger automated stow commands tailored to specific site conditions. Proactively positions trackers before and during severe weather events to reduce damage risk. Provides a built-in end-to-end functionality and communications verification platform to minimize complex counterparty risks.
• ARRAY SmarTrack® Automated Snow Response: Uses ultrasonic snow depth sensors to identify snow accumulation and intelligently adjust trackers to maximum tilt angle.

Field Insights: Fort Bend County Case Study

Real-world data provides the clearest Illustration: resilience strategies can dramatically impact outcomes. In the aftermath of the two major hailstorms hitting Fort Bend County within 12 hours, VDE Americas conducted a forensic analysis across affected solar sites.

Key findings included:

• These large sites had more severe module hail risk exposures: 2mm glass-glass construction, a maximum tilt angle of 52 degrees, and large hail strikes.
• Sites using ARRAY’s defensive hail stow protocols experienced demonstrably less module damage.
• Reliable tracker stow activation made a measurable difference in minimizing asset loss.
• Nighttime stow procedures were critical, as both hailstorms occurred outside normal operating hours with the largest hailstorm occurring in the middle of the night.

Top Priorities for Effective Hail Stow: 

1. Tracker Stow Activation: Ensuring that the tracker system moves to its designated stow position quickly is paramount. ARRAY’s DuraTrack® with Hail Alert Response has demonstrated consistent success in all rows on the site, achieving maximum stow angles for effective protection.
2. Stow Direction Relative to Wind: Trackers should be stowed away from the incoming wind to minimize the impact of hail. ARRAY’s Hail Alert Response System allows customizable stow directions, enhancing resilience against hail and wind damage.
3. High Stow Angle: Stowing at steeper angles, like the 52-degree angle used by DuraTrack®, has proven to effectively withstand hail impacts of 75mm or larger. This provides better protection for solar modules. ARRAY has also announced a new 77-degree stow angle product for extreme weather sites with larger hail exposures.

ARRAY’s Solution to the Wind and Hail Stow Angle Dilemma

One of the biggest challenges for site operators is balancing hail and wind protection—often forced to choose one at the expense of the other. A high angle tilt is often optimal for hail while a low angle tilt is usually preferred for wind. ARRAY’s hybrid active-passive stow technology solves this stow dilemma:

• Passive Stow Efficiency: Passive stow is wind activated and only impacts rows experiencing high winds. High wind forces will cause effected rows to quickly slip to the nearest maximum tilt angle, minimally affecting hail risk.
• Minimizing Energy Loss: The mechanics of passive stow cause only the rows experiencing high winds to stow, while unaffected rows continue normal operation—maximizing full energy yield capture on all other unstowed rows without compromising tracker safety.

This engineered approach delivers greater site resilience without materially sacrificing operational efficiency or project yield compared to other tracker products.

Future-Proofing Solar Investments

The future of utility-scale solar depends on proactive weather risk management. Innovations like ARRAY’s high-angle stow solutions and advanced modeling tools are already reshaping site design strategies:

• High-Angle Trackers: Provide critical protection during increasingly severe hailstorms.
• Yield Modeling Advancements: New energy loss models show passive stow systems can significantly lower yield loss compared to conventional active-only stow solutions, improving long-term project returns.

Actionable Takeaways for Stakeholders

If you’re planning your next utility-scale project—or evaluating risk strategies for an existing portfolio— here are some critical action steps that you should take into consideration:

1. Implement hail stow protocols customized to your site’’s risk profile.
2. Leverage real-time forecasting and automated stow solutions like the ARRAY SmarTrack® Hail Alert Response.
3. Choose field-proven, engineering-driven technologies like ARRAY’s DuraTrack® to balance performance and protection.

Industry Outlook: Turning Risk into Resilience

As the industry adapts to a new era of climate volatility, proven resilience strategies are becoming a non-negotiable part of solar success. With innovations built for real-world challenges, ARRAY and VDE Americas are helping project owners protect investments—and power the future with confidence.

Learn more about ARRAY’s SmarTrack® Hail Alert Response or explore additional insights from VDE Americas.

The post Turning Weather Risk into Resilience: Insights from ARRAY and VDE Americas appeared first on ARRAY Technologies.

Team ARRAY showed up in full force at Intersolar Europe, connecting with industry leaders and showcasing how our end-to-end solutions—from supply chain to site design—deliver unmatched value for utility-scale solar projects.

Intersolar Europe: Smarter Tracking for a Global Market

At Intersolar Europe in Munich, ARRAY introduced the enhanced ARRAY STI H250, now equipped with ARRAY SmarTrack® for backtracking and diffuse light optimization. These upgrades reflect what developers around the world are looking for: tools to improve energy yield and reduce exposure to weather-related losses—especially in complex terrains and variable climates.

We had the chance to speak with international EPCs and partners about how SmarTrack’s automated capabilities can help mitigate shading, improve project bankability, and support long-term asset performance. The feedback confirmed what we’ve been hearing globally: utility-scale solar isn’t slowing down, and smart technology that reduces risk is no longer optional—it’s expected.

Jessica Lawrence-Vaca and MJ Shiao on stage during the “Clean Energy Manufacturing: The Great American Comeback” panel at CLEANPOWER.

ACP CLEANPOWER 2025: Manufacturing, Policy, and the Path Ahead

Back stateside in Phoenix, the conversation shifted to U.S. policy and domestic content. During the “Clean Energy Manufacturing: The Great American Comeback” panel hosted by ACP’s MJ Shiao, I had the opportunity to discuss ARRAY’s new Albuquerque manufacturing facility and our expanded domestic supply chain.

ARRAY is now offering 100% U.S. domestic content trackers under Table I for delivery in 2025, built with U.S. steel and components sourced through trusted domestic partners. A milestone that reflects both our investment in American manufacturing and our commitment to meeting customer and policy expectations head-on.

Meanwhile, ARRAY engineers Mudassar Zahoor and Sumanth Varma Lokanath presented on our latest wind and hail stow strategies, a critical area of innovation as weather volatility rises. Their presentations highlighted how smart engineering—not just regulation—is key to long-term project resilience.

Whether at our booth or during in-depth conversations with attendees, the excitement was palpable. Developers, insurers, and investors were all asking how policy, product, and performance are converging—and what that means for the next generation of solar.

What These Events Show Us

From Europe to the U.S., we saw firsthand that the energy transition is global—but the challenges are local. Projects need solutions that perform under pressure, on any terrain, and in any regulatory environment.

At ARRAY, we’re delivering that flexibility through decades of experience, a growing global footprint, and field-proven innovation. Whether it’s high-wind sites in Texas, hail-prone regions in Australia, or terrain-adaptable layouts in Brazil, we’re focused on helping our partners unlock more energy, more safely—with fewer tradeoffs.

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Earth Day often brings to mind sunny skies, green fields, and maybe even a sheep or two grazing on a solar site. But for those of us working in utility-scale solar energy, we know that’s only half the picture.

Because the truth is, solar sites don’t just face sunny days—they face hail, wind, and heavy snow. And as weather patterns become more extreme and less predictable, resilience can’t be an afterthought. It has to be engineered into every element of the system.

That’s why Earth Day isn’t just about celebrating our planet at its best —it’s a reminder of our commitment to helping deliver energy that can stand up to the real world.

Resilience Built In: Solar that Performs in Every Season

Utility-scale solar has a critical role to play in meeting the world’s energy demands. But what happens when the sun disappears behind thick clouds—or worse, when severe weather strikes?

Delivering dependable energy in the face of climate volatility takes more than just tracking the sun—it takes anticipating the storm.

At ARRAY, we’re focused on exactly that. With decades of field experience and a commitment to continuous innovation, we’ve built tracker systems that don’t just survive extreme conditions—they adapt in real time to help minimize risk and maximize uptime.

Engineering for Extremes: What Sets ARRAY Apart

ARRAY has introduced a suite of advanced tracker systems and features designed to help protect projects from increasingly unpredictable weather:

• ARRAY SmarTrack® Hail Alert Response: our software uses predictive algorithms to detect potential hail events and deploys automated technology to stow trackers up to 30 minutes in advance of a storm.
• ARRAY SmarTrack® Automated Snow Response: uses environmental inputs to detect snow accumulation and adjusts tracker positioning to shed snow and resume production.
• ARRAY Skylink Tracker System: delivers automated wind protection using a fully passive design—no sensors, no power required.

Each of these innovations reflects our mission to build solar infrastructure that lasts—no matter what nature has in store.

Proof in the Field: Fort Bend County

In Fort Bend County, Texas, a series of severe hailstorms caused widespread damage to utility-scale sites—making national headlines in the process. One solar project, the Fighting Jays site, is estimated to have had tens of millions of dollars’ worth of damages.

But not all sites told the same story.

Just miles from the hardest-hit projects, three solar farms equipped with ARRAY trackers emerged with little to no damage. What set these solar sites apart? They were equipped with ARRAY’s stow-enabled trackers, which positioned the panels at angles that helped dramatically reduce the impact from falling hail.

It was a powerful real-world example of how smart engineering and automated response can protect critical infrastructure—and keep energy flowing reliably for the life of the power plant.

Stronger Systems, Smarter Future

This Earth Day, we’re not just looking up at the sun. We’re looking forward—toward a future where solar power isn’t just available in ideal conditions but thrives through adversity.

At ARRAY, we’re proud to build tracker systems that reflect the reality of modern energy: engineered for extremes, backed by data, and trusted in the field.

Because no matter what the weather holds, the sun will keep rising.

The post Whatever the Weather: Engineering Solar to Endure the Extremes appeared first on ARRAY Technologies.

I’ve spent plenty of time under the shade of solar panels, and I can tell you firsthand that agriculture and solar aren’t just coexisting, they’re thriving together. That’s what we call agrivoltaics, and let me tell you, it’s transforming the way we think about land use in utility-scale energy.

What Is Agrivoltaics, Really?

Agrivoltaics is all about making land work smarter—not harder. It’s the practice of using the same land for both solar energy production and agricultural purposes. That can mean growing crops under panels, yes—but it also includes grazing livestock, restoring native pollinator habitats, or even exploring other innovative land-use practices aimed at enhancing environmental benefits, such as carbon sequestration. The land stays productive, and the benefits go beyond the meter.

Solar arrays can provide just the right amount of shade to reduce water evaporation, protect plants from heat stress, and improve soil health over time. And when it comes to vegetation management? That’s where we sheep shine. A well-managed flock can keep growth in check—no fossil fuels, no herbicides, no noisy mowers. Just efficient, natural maintenance with a whole lot of upsides for the land.

ARRAY team visiting the ASGA booth during RE+ 2024.

Smart Land Use Starts with Smart Engineering

I’ve grazed under my fair share of solar trackers, and let me tell you —not all trackers are designed with land use in mind. That’s why I keep an eye out for ARRAY’s trackers—they’re built to last and easy to maintain. With products like the ARRAY STI H250, ARRAY DuraTrack®, and ARRAY OmniTrack, it’s easier than ever for developers and farmers to plan for dual land use from the start of a project.

At RE+ 2024, ARRAY teamed up with the American Solar Grazing Association to show just how seamlessly solar and agriculture can coexist. And let’s just say, we sheep stole the show.

ARRAY doesn’t just build trackers—they engineer long-term solutions. Their systems offer flexible configurations, durable components, and efficient operations that support grazing, crop cultivation, and even pollinator habitats.

How Agrivoltaics Strengthens Solar and Farming

Here’s the thing: solar and agriculture don’t need to compete—they can complement each other. With thoughtful planning, agrivoltaics can reduce vegetation management costs, create new income streams for landowners, and strengthen rural economies. It supports long-term land productivity while expanding access to solar development in agricultural regions.

That’s good news for developers, farmers, and yes, even sheep. Because when you combine solar with agriculture, you’re not just generating power—you’re investing in more resilient food systems, healthier ecosystems, and smarter land use.

So, the next time you pass a solar farm, think beyond the panels. Think crops. Think partnerships. Think hooves on the ground. And if you want to know what’s really happening between the rows, you know where to find me.

The post Shear Insights: Smarter Land Use with Solar, Farming—and a Few Sheep appeared first on ARRAY Technologies.

What Solutions Does ARRAY Offer Solar Farms?

With patented passive wind-stow technology and the ARRAY SmarTrack range of software and control-based products, including ARRAY SmarTrack Hail Alert Response, ARRAY provides comprehensive solutions designed to:

• Maximize energy production using real-time data and advanced algorithms.
• Protect solar panels from extreme weather conditions, including wind and hail.
• Minimize operational costs through zero scheduled maintenance requirements.

These innovations not only enhance energy output but also bolster the long-term durability and resilience of solar installations, helping solar farm operators safeguard their investments while maximizing profitability.

Advanced Solutions for Solar Farm Efficiency and Durability

ARRAY trackers are equipped with state-of-the-art passive wind mitigation mechanisms, making them well-suited for diverse and challenging climates like those found in Australia. Even at maximum tilt, ARRAY tracker systems are engineered to withstand wind speeds of up to 225 km/h (140 mph), whether facing into or away from the direction of the wind. In some cases, they can handle even higher speeds, depending on specific project conditions.

The patented passive wind-stow system automatically adjusts tracker angles based on real-time wind conditions, delivering reliable performance and safety across a range of environments—from the intense heat of the Outback to the strong coastal winds of North Queensland. When wind speeds trigger the system to move to its maximum tilt, it adopts the safest position to endure high winds from any direction while also minimizing potential hail damage. This reduces the risk of system downtime and costly repairs, providing continuous protection and performance.

Similarly, ARRAY’s Hail Alert Response system provides fast, effective protection against hail threats, helping to safeguard solar panels from potential damage.

How ARRAY’s Hail Alert Response Works:

• Real-Time Storm Data: The system gathers local storm data from a trusted weather service, including forecasted position, hail probability, and storm trajectory.
• Site-Specific Alerts: If severe hail is likely, SmarTrack generates a targeted alert and communicates it via the SmarTrack Data Platform.
• Automated Response: The SmarTrack Controller adjusts the trackers to the best defensive position—either at maximum tilt away from the storm’s direction or the closest possible maximum tilt.

These measures help keep solar farms operational and protected, even in harsh weather conditions.

Beyond weather protection, ARRAY’s SmarTrack software suite includes solutions like ARRAY SmarTrack Backtracking and ARRAY SmarTrack Diffuse, which play crucial roles in maximizing energy yield. Backtracking adjusts tracker angles to reduce shading caused by terrain variations, while Diffuse optimizes panel angles during cloudy or low-light conditions. These adaptive tools enable solar farms to increase energy production even in challenging environments, leading to higher returns on investment and improved profitability for solar farm operators.

ARRAY recently announced the development of a 77-degree stow capability for its tracker systems, the steepest stow angle for hail protection in the industry. This innovation provides enhanced flexibility and protection from both hail and wind, reinforcing ARRAY’s position as a leader in extreme weather solutions for the solar industry. The 77° stow is designed to achieve superior protection by reaching a high-tilt angle in either direction, regardless of wind speed or direction. Additionally, this angle offers all the benefits of passive wind stow, including up to 5% energy gain compared to active stow trackers.

ARRAY’s trackers also require zero scheduled maintenance, further reducing operating costs for solar developers. These features make ARRAY’s technology an indispensable tool for EPCs, developers, and investors aiming to maximize project profitability.

Proven Solutions in Major Australian Projects

ARRAY’s tracking solutions have demonstrated their effectiveness in large-scale projects across Australia and New Zealand, including the upcoming deployment of a nearly 320 MW ARRAY OmniTrack terrain-following tracking system and a 130 MW ARRAY DuraTrack® system in the Victoria Goorambat and Horsham regions. These projects help support the local economy by using Australian-produced steel.

Collaborations with leading developers such as Neoen, Engie, and OX2 highlight the value of ARRAY’s technology in large-scale solar installations, where efficiency, durability, and weather resilience are critical to success.

As Australia continues to embrace solar energy, ARRAY remains a trusted partner for developers and investors. With its advanced solar tracking technology, proven track record, and local expertise, ARRAY is helping shape the future of renewable energy in Australia.

For more information on how ARRAY can support your next solar project, contact Aaron Zadeh or Michael Corio.

The post Solar Farms Get Smarter: ARRAY’s Innovative Approach to Weather Resilience and Boosting Energy Production appeared first on ARRAY Technologies.