Unirac

Critters—an Overlooked Threat to Solar Efficiency & Longevity

Critters—an Overlooked Threat to Solar Efficiency & Longevity

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Adopting solar energy is a significant investment for homeowners, requiring careful evaluation of system efficiency, energy output, and long-term financial benefits. Every decision—from choosing the right panel technology to optimizing placement for maximum sunlight exposure—plays a crucial role in ensuring a cost-effective solution that remains reliable for years to come. In 2025, the projected cost for a standard 7.2-kilowatt residential solar installation is $21,816. The situation improves after factoring in the federal tax credit, with the total out-of-pocket cost falling to $15,271. A properly installed and maintained solar system is expected to break even in 12 years, delivering a strong return on investment—provided it operates at peak efficiency without significant operational or maintenance disruptions that could extend the payback period.

To maintain this efficiency and protect the long-term viability of the system, homeowners must account for proper maintenance and potential risks that could impact solar performance. One often-overlooked challenge comes from an unexpected source: local wildlife. While most renewable energy enthusiasts appreciate nature, animals getting too close to a solar system can cause serious issues. Critters—birds, rats, squirrels, and even raccoons—can chew through wiring, nest under panels creating blockages, or loosen connections, leading to performance drops and ongoing maintenance headaches. Failure to address these risks could result in expensive repairs or, in some cases, system failure, which significantly undermines the financial return on the installation.

Critter Protection Directly Correlates with Solar System Longevity

Many homeowners and installers fail to recognize the significant risk posed by local wildlife, which can cause extensive damage to solar panels and critical system components. Although often underestimated, wildlife-related damage is costly to repair, reduces efficiency, and, if left unaddressed, significantly shortens the solar system’s lifespan. This, in turn, extends the operational time needed to recover the original investment, ultimately undermining the overall value derived from the system.

Though it may seem counterintuitive, solar installations are an attractive environment for critters. The sheltered space beneath solar panels offers birds, like pigeons, an ideal place to roost and nest, while teething rodents such as squirrels and mice are naturally drawn to the insulation coating on the wiring. Critters not only damage the physical components by chewing on wires or creating nests, but their activity also introduces other risks. The debris they gather in the process—twigs, leaves, feathers, and fur—can obstruct airflow beneath the panels, impacting ventilation and causing panel overheating. Given that solar panels can already reach temperatures of 149°F (65°C) or more on a sunny day, this lack of ventilation reduces efficiency, contributes to premature wear, and can create significant fire hazards on the homeowner’s rooftop.

The consequences of animal interference go beyond immediate damage. The constant movement of birds and small animals can loosen panel wiring, leading to system-wide failures. These failures can render parts of the installation nonfunctional or inefficient, diminishing overall energy yield. These malfunctions add to maintenance costs and challenges, making solar energy less appealing for homeowners. Additionally, bird droppings, which are corrosive in nature, can cause permanent damage to the surface of the panels when left to bake in the sun.

While it is easy to assume that instances of animal activity around the solar array are negligible, they significantly affect solar production. A report from the National Renewable Energy Laboratory revealed an average 28% loss in production during the year when an animal-related event occurred. Another study found that bird droppings have the greatest impact on panel efficiency, accounting for 46% to 89% of efficiency loss in solar panels. Aside from damage to the system, the list of collateral damage, risks such as electrocution hazards, roof rot, damage to roofing materials, and water damage can complicate matters further. The problem becomes even more pressing when considering that damage caused by pests is generally not covered under the standard homeowner’s insurance or solar manufacturer warranty.

The Economic Case for Investing in Critter Guards

Critter guards are protective barriers, typically made of wire mesh or specialized plastic, installed around the solar array. They block entry points and keep wildlife from accessing vulnerable areas beneath the panels.

When it comes to solar installations, though the long-term benefits—such as reduced energy bills and a positive environmental impact—are widely recognized, the initial investment often remains a key consideration for potential customers. This is why investing in critter guards may seem like an additional expenditure to homeowners who have already assumed the cost of a PV system. However, the price of installing critter guards is minimal relative to the potential financial impact of damage. Adding these protective measures upfront is a fraction of the expense required to repair damages later, potentially saving thousands on unnecessary repairs.

Detecting signs of wildlife activity beneath a solar array, such as debris buildup or even a drop in system performance, signals a potential threat, leaving aside the worst-case scenario of a fire that could take out a panel or spread across the roof. In this case, the homeowner would need to call a separate company to remove panels, clean the system, and possibly replace damaged components like chewed wires or frayed conductors. Since critter guards weren’t installed initially, the cost at this stage would be added to the overall repair expenses. Installing critter guards after evidence of damage is much more costly than taking it as a proactive measure.

The longevity and performance of a solar system are directly tied to how well it is maintained. The longer a solar system lasts without significant issues, the more valuable it becomes as an investment—solar panels that function at their best will produce more energy over time, allowing homeowners to realize the full economic potential of solar energy.

Supporting Sustainability Through Fewer Repairs, Longer System Lifecycles, & Reduced Waste

Protecting a system from any possible interference right away makes good financial sense, and the decision to implement critter guards is a strategic one that offers far more than just adding economic benefits. Mitigative measures like these contribute to a more sustainable solar industry, ensuring that solar systems function efficiently over a longer lifespan. Extending system longevity means reducing the frequency of repairs and replacements, which translates to fewer materials wasted, fewer components discarded, and fewer replacement parts produced.

A key factor in the solar industry’s success depends on its ability to deliver not just energy but also products and services that reflect its commitment to sustainability. Therefore, it is more about ensuring long-term performance and returns than avoiding costly repairs—embracing a proactive approach in a sustainability-focused market will work toward building trustworthy and more enduring customer relationships.

The Value Proposition for Homeowners & Solar Customers:

Cost savings on repairs and maintenance – With critter protection in place, homeowners avoid the often-high costs of emergency repairs, which can cost anywhere between $228 and $1,501, such as damaged wires or replacements, which can include expensive parts like inverters or panels.

Peace of mind for homeowners – Homeowners want assurance that their systems will perform reliably without unexpected breakdowns or hidden costs. Installing critter guards provides peace of mind, ensuring that the solar investment will continue to operate at peak efficiency and that energy bills remain low.

Choose an Installer Who Supports Critter Guards:

When selecting a solar installer, it is better to prioritize those who offer critter guard solutions as part of their comprehensive service. Homeowners should seek installers who not only understand the technical aspects of solar system installation but also recognize the long-term value of protecting the system from damage. Solar installers are uniquely positioned to provide additional value to their customers by embracing mitigative solutions as part of the installation process. A qualified installer who includes critter guards demonstrates a commitment to safeguarding the solar investment while ensuring the installation’s reliability.

Unirac’s Innovative Solution Simplifies Critter Guard Installation

As a solar racking company with over 25 years of experience in the industry, we have developed a unique understanding of the US solar market’s needs and a knack for product development. We know that every component of a solar installation has its place and role, including the often-overlooked element like critter guard, which protects costly components and ensures system longevity.

In practical terms, a solar array without a critter guard is left exposed to unnecessary risks, especially given that solar systems are expected to operate for 30 years or more. However, as with any other component, critter guards are effective only if installed correctly. Traditional methods for installing critter guard protection typically involve tedious labor, non-reusable parts, and greater complexity, all of which add cost.

Currently, two main methods exist for installing critter guards: adhesive and clip-based products that attach to the module frame. Both, however, come with inherent limitations—adhesive-backed guards, though quick to install, have temperature tolerances and cannot be reused if the system needs servicing or adjustments down the line. On the other hand, clip-based systems are tedious to install and may loosen over time (since they are held by friction for their components), needing more units attached in close proximity, adding cost and compromising their effectiveness. Unsatisfied with any solution that checks all the boxes, Unirac envisioned a product that simplifies installation, reduces labor, and holds strong for a long time: Guardian.

The Guardian attachment streamlines the process with just two components: a reusable metal clip and a plastic cap. This design focuses on effortless, tool-free installation that integrates seamlessly with the solar array. Compatible with all major pitched roof racking systems and solar modules, it allows for easy, precise installation in just three steps—clip, cover, and cap.

What sets Guardian apart is its long-term functionality. The product is designed with adjustments and maintenance in mind, so there is no need to worry about frequent replacements. Combining durability, aesthetics, reusability, and a tight, secure fit, Guardian ensures that critter guards are installed securely and reliably.

Accounting Critter Damage Equates to Scaling Solutions for Residential Markets

Accounting for critter damage is a smart strategy for homeowners, solar installers, and companies looking to scale their operations, particularly in the residential market. Scaling mitigative solutions as a standard part of the service means that solar companies can tap into a broader market that appreciates their installers thinking ahead for their sake and protecting their solar energy investment. 

Incorporating simple, cost-effective solutions like Unirac’s Guardian allows companies to meet customer needs more effectively, differentiating themselves in service quality and sustainability. As residential solar installations become more widespread, offering to incorporate critter guard protection into the design and installation process will help address a concern while safeguarding the interests of all involved parties. It is an approach that saves money, future-proofs services, and enhances the overall value of solar energy.

Try Guardian on your next project
Ask your distributor if they carry Guardian

Learn More about Guardian and Unirac’s complete line of EBOSS accessories
Download the catalog HERE

Solar Design Efficiency: Scanifly & Unirac Integrate Drone-based Site Surveys with Plan Sets, Saving Installers 2+ Hours per Project in Workflow Automation.

Solar Design Efficiency: Scanifly & Unirac Integrate Drone-based Site Surveys with Plan Sets, Saving Installers 2+ Hours per Project in Workflow Automation.

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Albuquerque, February 18, 2025 /PRNewswire/ — Scanifly, the leading provider of PV design and field operations software, announced today a new integration with Unirac, one of North America’s longest-standing names in solar mounting and an industry leader in plan set creation. The partnership connects Scanifly’s site survey and design platform directly to Unirac’s plan set portal, creating an automated workflow that saves hours of work on every project and eliminates revisions.

This API integration lets solar contractors automatically transfer critical project data from Scanifly to Unirac, including drone imagery, digital checklists, electrical specifications, structural data, CAD files, and shade reports. The automated process replaces manual uploads and re-entry of data between platforms.

“Solar contractors spend too much time moving data between different software tools,” said Jason Steinberg, CEO of Scanifly. “Our integration with Unirac fixes this by creating a direct connection between our platforms, letting contractors focus on installation accuracy instead of exporting and reuploading data.”

Solar contractors using the integrated platforms will see immediate benefits:

  • Design time drops by 1-3 hours per project
  • Installation prep time reduces by 2-4 hours
  • Design costs decrease by $20-80 per project
  • Costly revision cycles disappear

 “The Scanifly + Unirac partnership has greatly improved the efficiency and accuracy of our plan set workflows. We saw a 30% increase in our first-time pass rate almost immediately upon activating the new integration,” noted Zachary Penner, Technical Director of Design and Engineering at Solar Negotiators.

The integration leverages Scanifly’s drone-based design technology, which produces a to-scale 3D model of the property with exact measurements and structural details that flow directly into U-Builder. This eliminates errors from manual data entry or designs based on outdated remote imagery.

“The integration between Scanifly and Unirac allows us to seamlessly transition our site audit data collected in Scanifly over to Unirac, where we utilize their plan set generation. The accuracy of the drone flight is immensely helpful in ensuring that we provide a solution to our customers that fits their needs and that we can stand behind on the day of installation. Having this information automatically transferred to Unirac provides not only a quicker timeline to install, but an overall better product delivered,” stated Brad Montgomery, Vice President of Strategy and Procurement at Empower Solar. 

Recognizing the perennial challenge of obtaining accurate site data in solar design, Sean Linn, Chief Operations Officer at Unirac, remarks, “Getting precise measurements, shading, and streamlined data transfer through Scanifly’s technology has empowered our customers with the accuracy they need without impeding their workflow.”

Unirac delivers unmatched service in the racking industry, generating over 10,000 proposals and plan sets each month to support installers with precision and efficiency. The seamless integration with Scanifly enhances Unirac’s technology-driven approach, streamlining workflows and reducing soft costs for small and medium-sized installers. Unirac empowers partners to scale their businesses without compromising accuracy or project success by providing high-quality designs and dependable service.

The new integration also supports real-time roof condition assessment and includes orthorectified CAD files that drop directly into design templates. This streamlined process cuts out revision requests and speeds up project approvals.

Solar contractors can access the Scanifly and Unirac integration starting today. Visit scanifly.com/unirac-integration for more details.

ABOUT SCANIFY

Scanifly is the solar industry’s premier design and field operations software for residential and commercial contractors. Its end-to-end solution centralizes design, site survey, engineering, installation, and maintenance on one platform. Contractors using Scanifly’s mobile, web, and drone-based technology cut site survey time by 90% and eliminate design revisions and change orders on install day. 

Learn more at https://scanifly.com/.

ABOUT UNIRAC

A pioneer in solar racking, Unirac has been North America’s leading manufacturer of solar PV mounting systems for over 25 years. The premier U.S. solar racking manufacturer with products that outlive their warranties, Unirac has more than 25 GW of experience and over 2.5 million installations that back up their engineering service and supply-chain excellence. Unirac is committed to being a partner throughout the full project lifecycle. At Unirac, Better Solar Starts Here. 

Learn more at www.unirac.com.

MEDIA CONTACTS

Scanifly: Brad Knudsen brad.knudsen@scanifly.com
Unirac: Karen Paramanandam karenp@unirac.com

Domestic Content Bonus Credit Is a Promising Push for Solar

Domestic Content Bonus Credit Is a Promising Push for Solar

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Clean energy is critical for combating climate change, but the initial monetary investment can be restrictive to commercial and private entities seeking to implement renewable energy solutions. To make clean energy infrastructure a reality, individuals and companies need effective financing options for costly projects like solar facilities or wind farms. The clean energy revolution, though no longer an unattainable objective, often relies on third-party investment and incentives. Recognizing this, the federal government introduced the Inflation Reduction Act (IRA) and the Domestic Content Bonus Credit (DCBC) to help proportionately close the funding gaps that building owners face when installing clean energy solutions.

The IRA currently provides a 30 percent tax credit for residential and commercial renewable energy projects, making it broadly applicable to most installations. Additionally, embedded in the IRA, the domestic content bonus credit offers for businesses an extra 10 percent tax rebate for projects that primarily use components manufactured in the United States. Combined, the IRA and DCBC can reduce the cost of a clean energy project by 40 percent. This tax incentive significantly lowers the financial barriers to adopting solar energy and can be a decisive factor in a building owner’s decision to invest in America’s clean energy future.

Although the Department of the Treasury has issued initial guidance for the domestic content bonus credit, it has yet to be finalized, making it a tricky path to navigate. To meet these requirements, the taxable entities involved in solar energy projects must partner with reputable manufacturers who have a proven track record of supplying domestically produced components. Additionally, with the availability of the IRA and other federal and state tax credits, there is a need for clarity regarding how solar investments can provide maximum returns, offset unnecessary financial burdens, and enable a swift and sustained transition to clean energy.

There has been a notable surge in companies registering to benefit from clean energy tax credits under the IRA, reflecting the policy’s effectiveness and growing interest. The legislation supports the expansion of commercial installations and ensures that customers incorporating large and small solar systems benefit equally. The benefits are further amplified when taking into account solar TPOs (Third Party Ownership) and the increasing market share of solar among low- and middle-income households. Solar financiers who access these tax credits indirectly benefit homeowners by lowering the overall cost of solar adoption. As the median income of solar adopters trends down and becomes more proportionate to the general population, coupled with rising electricity prices, solar is becoming more accessible to a broader demographic.

Historically, accessing tax incentives for financing solar projects has been challenging for companies, making it more difficult to deploy clean energy solutions. Even though the situation has improved, solar investments still require careful planning to ensure sustainability and profitability. Incorporating the DCBC and other incentives into financial models and understanding how to access them can help investors realize the aggregate benefits that reduce financial liabilities, allowing them to consider solar as a viable option that aligns with their long-term goals and contributes to the larger clean energy transition.

Solar Tax Incentives and Why They Matters for the Solar Industry Today

Tax incentives are foundational to the growth of the U.S. solar industry, playing a crucial role in enhancing the accessibility and financial viability of solar energy for individuals, businesses, and utilities.

Overcoming the challenge of substantial upfront costs remains one of the most significant hurdles for solar adoption, and despite the arguments in favor of the long-term financial benefits of solar, the initial expense remains a barrier to entry. Although necessary infrastructure like solar mounting and racking systems represent a fraction of the total system cost, deploying a well-designed, engineered, and tested mounting system at scale can still be costly from an objective point of view.

The cost of solar installation in the United States generally ranges between $2.50 and $3.50 per watt, with larger and more straightforward commercial solar projects often falling closer to $3–$4 per watt. According to EnergySage, the national average cost to install a typical 6-kilowatt residential rooftop solar system in 2024 is approximately $20,650 before any federal tax credits or local incentives. Overall, a residential customer can expect to pay between $17,430 and $23,870, depending on system size and location. However, scaling the system size for commercial purposes magnifies the cost, making the financial burden even more apparent. Consider that the average monthly energy consumption for commercial properties in the United States was 6,066 kWh in 2019.

In such cases, solar tax incentives become even more critical in offsetting the substantial capital expenditures associated with solar energy adoption, for example:

Small Businesses: Solar incentives empower small businesses to explore tailored solar solutions, offering the flexibility to choose combinations that reduce energy costs, improve the bottom line, and elevate their sustainability profile.

Commercial and Industrial Businesses: Larger businesses can take advantage of substantial tax savings and energy cost reductions. Incentives such as the Federal Investment Tax Credit (ITC) and various state-level programs enable businesses to offset a sizable portion of their installation costs, making solar a more appealing option. This approach also addresses environmental concerns, as larger enterprises are the biggest consumers of traditional retail energy.

Increasing Accessibility for Diverse Communities: The domestic content bonus, along with other provisions in the IRA, helps increase the accessibility of solar energy for diverse communities, including low- and middle-income households. While TPOs and financiers are the primary beneficiaries of the DCBC, they pass on the savings through reduced installation costs, making solar energy more affordable for homeowners. Lowering the initial cost of solar projects ensures that the benefits of clean energy are distributed more equitably across different socioeconomic groups.

The ITC and The IRA Incentivizing America’s Renewable Future

The Inflation Reduction Act (IRA), signed into law on August 16, 2022, marks a pivotal investment in clean energy and climate change mitigation. This landmark legislation addresses the climate crisis while creating economic opportunities within the emerging clean energy economy. By reducing the cost of renewable energy for businesses, nonprofits, and educational institutions, the IRA fosters both economic growth and sustainability. Notably, the ‘direct pay’ option has revolutionized access to clean energy benefits for tax-exempt entities like schools and government agencies, enabling communities nationwide to more readily adopt renewable energy sources like solar. 

The IRA also modifies and extends the clean energy investment tax credit (ITC) to provide a technology-neutral tax credit of 30% for clean electricity projects that meet prevailing wage and apprenticeship requirements or for those under 1 MW installed between 2022 and 2032. Projects can also receive a bonus credit of up to 10 percentage points for meeting domestic content requirements.

The ITC has been a cornerstone in the growth of solar energy in the United States. The Solar Energy Industries Association’s (SEIA) data testifies that, since its inception in 2006, the residential and commercial solar ITC has helped the U.S. solar industry grow by more than 200 times, with an average annual growth rate of 33% over the past decade. This statistic alone underscores the ITC’s critical role in incentivizing clean energy in the United States.

The increase of the ITC to 30% in 2022 (compared to the 26% tax credit for solar PV systems installed in 2020 and 2021) has provided market certainty, thus enabling companies to develop long-term investments that drive competition and technological innovation. This, in turn, will help lower energy costs for consumers. The tax credit is set to decrease to 26% for systems installed in 2033 and to 22% for systems installed in 2034. The tax credit will expire starting in 2035.

Thanks to policies like the IRA and ITC, solar deployment has rapidly expanded across the country at both distributed and utility-scale levels. The long-term stability of these federal policies will allow businesses to keep driving down costs.

Domestic Content Bonus Credit: What You Need to Know

The DCBC improves the already favorable solar tax incentives, even if it requires some effort to qualify. The principle is straightforward: lower costs lead to wider solar adoption. In essence, the lower the cost of solar adoption, the higher its penetration, whether it’s direct commercial investment or for residential households through TPOs or financing options.

The domestic content bonus increases the available ITC by 10 percentage points, allowing businesses to boost their total tax credit from 30% to 40%. This bonus is available to all business entities who certify that their solar qualified facility was constructed using specific percentages of steel, iron, or manufactured products that were mined, produced, or manufactured in the United States. Additionally, a ‘required percentage’ of the total costs of manufactured products (including components) must be mined, produced, or manufactured domestically. Eligibility for the domestic content bonus credit is determined by calculating the ‘domestic cost percentage,’ which is acquired by dividing the cost of domestically manufactured products and components by the total cost of the project’s manufactured products. This percentage must meet the IRS’s threshold of 40% for projects beginning construction before 2025. The requirement jumps to 45% for projects beginning construction in 2025, 50% for projects beginning construction in 2026, and up to 55% for projects beginning construction after 2026.

There are some key considerations for solar investors contemplating DCBC. The latest IRS notice provided a new elective safe harbor for calculating the domestic cost percentage of an applicable project. This guidance explicitly clarifies that when calculating the required percentage of domestic content of an installation, investors must consider all including components of the manufactured product, not just a single major element. This means that focusing solely on one component, such as ensuring that only the rails of a racking system are domestically manufactured, will not help satisfy the requirements. The entire racking system, including standard attachments, the rail splice, and other additional components, should be evaluated collectively for domestic content to ensure compliance.

Meeting the domestic content requirements further requires careful strategic planning and thoughtful supplier selection. Investors and key stakeholders also need to ensure that a combination of products with domestic content is used throughout the project. For example, a project might include a domestically manufactured racking system and a MLPE with components that contain at least some domestically sourced materials. This approach will help meet and exceed the DCBC requirements and maximize the potential tax credits. 

Equipment that Qualifies: Elevate Projects with Unirac’s Domestic Mounting Solutions

Navigating the complexities of solar tax credits demands more than a superficial understanding; it requires a comprehensive strategy that capitalizes on available incentives while ensuring long-term project viability. This pursuit is not a solitary endeavor but one that necessitates collaboration with trusted partners who can provide compliant and reliable solutions, thereby minimizing risks and maximizing returns. Selecting a well-researched, IRS-compliant supply partner is crucial to securing not only the financial advantages of solar tax credits but also the enduring benefits of a robust, well-engineered racking system. 

Unirac recognizes this as aSolarMount  Fully US-Manufactured System great market opportunity to supply customers with quality American-made products for solar projects. As a leading manufacturer of solar racking and mounting systems, we have made it our mission to ensure that our customers receive the best products and are excited to assist you in creating your optimal, viable solar project.   

Our domestic Solarmount system is a professionally designed, comprehensive solution that includes domestically manufactured rail, rail splices, Solarmount standard clamps, and Solarmount butyl attachments, each of which qualifies as U.S. components under IRS guidelines. This fully domestic racking system is available today and will be instrumental in achieving a 40% tax credit.   

Choosing Unirac’s solutions provides clear, substantial advantages. These U.S.-manufactured components enable you to capture up to 25.8% for MLPE systems or 37% for string systems of the 40% IRS threshold required to claim the DCBC. Additionally, Unirac offers a comprehensive range of other U.S.-made products, including adjustable tilt legs and various accessories. By pairing Unirac’s domestic Solarmount system with a semi-domestically sourced micro-inverter or optimizer, customers can have a clear path to exceed the 40% threshold necessary to qualify for the additional 10% DCBC embedded tax credit in 2024, even without domestic modules.

Collaborating with a solar racking partner that leads the industry with the largest domestic content portfolio—and is poised to increase this presence—ensures a high level of confidence in product quality and performance. Choosing Unirac translates into leveraging cutting-edge technology while supporting the advancement of American manufacturing capabilities and innovation.

Domestic Content is Your Competitive Edge for Solar Investment Opportunities

This pivotal moment in the solar industry represents a significant opportunity, with a confluence of supportive policies and initiatives creating an optimal environment for solar investment. Unirac believes in the power of American innovation and craftsmanship, and we stand firm in our commitment to delivering quality American-made products that allow you to seize this moment and invest in a brighter future.

As a leading manufacturer of solar racking and mounting systems, Unirac has spent decades refining our products, channeling our dedication and extensive resources into ensuring excellence. We believe that the decreasing tax credit percentages and increasing thresholds over time reflect the maturity and growing viability of the industry. With over 45,000 projects already benefiting from clean energy tax credits, this is the ideal time to minimize financial burdens while contributing to a better tomorrow. However, we also recognize the complexities involved. It is critical to conduct thorough due diligence and seek multiple sources of information before making purchasing, investment, or tax decisions, especially when navigating tax credits like the Domestic Content Bonus Credit (DCBC), which is complex and still being revised in real time. 

Transparency is a powerful asset in the renewable energy sector. By relying on Unirac’s expertise, you benefit from our extensive industry knowledge and commitment to best practices. This collaboration not only strengthens your investment but also supports American jobs, communities, and the future of clean energy. Together, we can harness the strength of American ingenuity to power your optimal solar project and contribute to a more sustainable tomorrow.

SolarMount Butyl

*Unirac cannot provide, and is not providing, tax advice regarding DCBC eligibility, which depends on several factors. Customers must consult their own tax advisors to determine eligibility. Unirac makes no representation or warranty that any customer or taxpayer will be able to claim the DCBC if they purchase Unirac domestic components.

** This article only offers an overview of clean energy tax credits and the Domestic Content Bonus Credit (DCBC) for solar. It is not intended to offer professional tax advice or make any financial claims. As such, it should not be used as the sole basis for making tax-related decisions or entering into binding agreements.

Unirac Announces Domestic Content Mounting Systems for Residential and Commercial Applications

Albuquerque, NM – July 11, 2024 – Unirac is proud to announce that its domestic solutions are available now and shipping today. These solutions can help solar installers across the country achieve the qualification requirements for the Domestic Content Bonus Credit (DCBC), as defined in the Inflation Reduction Act (IRA).

Unirac’s residential solutions include a complete, US-manufactured racking system with rails, attachments, and clamps. When combined with domestically manufactured MLPE equipment, solar installers can take advantage of the 10% bonus credit. Unirac is also currently offering commercial non-steel flat-roof racking. This solution is available for quoting today and will ship in the upcoming months. Earlier today, Enphase Energy, a leading MLPE manufacturer announced it is shipping products that can qualify for domestic content. Unirac’s announcement is part of an industry-wide trend to expand US-based manufacturing.

It is exciting to see how our industry is responding to the IRA and investing in US-based manufacturing,” said Peter Lorenz, CEO at Unirac. “As a result, solar energy will reach more homeowners and broader communities that otherwise couldn’t afford it. Unirac is proud to be part of this trend.

Unirac is committed to supporting solar installers at every step of the process. Extensive product training resources and design support are offered by the company to ensure that solar installers can confidently take advantage of this opportunity.

Unirac encourages solar professionals to contact their finance partners and distributors to learn more about leveraging the benefits of domestic content.

About Unirac

A pioneer in solar racking, Unirac has been North America’s leading manufacturer of solar PV mounting systems for over 25 years. The premier U.S. solar racking manufacturer with products that outlive their warranties, Unirac has more than 25 GW of experience and over 2.5 million installations that back up their engineering service and supply-chain excellence. Unirac is committed to being a partner throughout the full project lifecycle. At Unirac, Better Solar Starts Here. Learn more at www.unirac.com.

Media Contact:
Karen Paramanandam, Marketing Manager

karenp@unirac.com