Research Expert: Sarah Overall
  • Published: Jun 2025
  • Pages: 150
  • SKU: IRTNTR71504

  • Reimagining the Solar PV Mounting Systems Market The Next Era of Competitive Advantage

    “We’re no longer just mounting panels—we’re anchoring the energy transition,” said a leading solar analyst at the 2024 Global Renewable Energy Summit.

    The Solar PV Mounting Systems Market is entering a defining chapter. Solar panels were once seen as a structural afterthought but have now become a frontline enabler of global sustainability goals. Between 2024 and 2028, the market is forecast to grow by USD 10.35 billion, accelerating at a 15.08% CAGR, and driven by the convergence of climate policy, zero-energy architecture, and industrial decarbonization.

    For more details about the industry, get the PDF sample report for free

    Global solar PV mounting systems market 2024-2028

    Market Evolution: Then–Now–Next

    2019–2023: Laying the Groundwork

    In the years leading up to 2023, solar mounting systems were largely perceived as hardware solutions to a physical challenge—secure the panels, minimize tilt loss, resist weather. Markets favored fixed rooftop mounts, especially in residential and commercial sectors, and manufacturers focused on steel and aluminum structures for durability and cost efficiency.

    2024–2028: Strategic Acceleration

    Fast forward to 2024, and mounting systems have evolved into strategic assets. Their role now extends into grid resilience, battery storage integration, and even green hydrogen production, transforming static supports into smart enablers of next-gen energy systems.

    Emerging materials like iron, known for strength and longevity, are reshaping the cost-performance matrix. Add to this the government subsidies, net metering, and feed-in tariffs, and the result is a fiercely competitive and innovation-driven market.


    Strategic Shifts by Segment

    Rooftop Systems

    Legacy Disruption: Once limited to residential installations with small-scale ROI, rooftop systems are now central to zero-energy building initiatives.
    New Strategy: Blending with smart inverters and energy storage, rooftop mounts are becoming mini power stations.

    Analyst Insight: “The synergy between rooftop PV systems and battery storage is unlocking 24/7 solar capability,” notes a Technavio analyst.
    Business Case: A U.S. commercial real estate developer retrofitted 150 buildings with rooftop iron mounts and integrated battery banks, cutting peak energy costs by 30%.
    Key Stats: Rooftop systems benefit from government incentives and are increasingly used in residential and small commercial applications where fixed mounts dominate.

    See What’s Inside: Access a Free Sample of Our In-Depth Market Research Report.


    Ground-Mounted Systems

    Legacy Disruption: Previously reserved for utility-scale farms, often on remote lands.
    New Strategy: Hybrid energy campuses now combine solar, batteries, and hydrogen—leveraging land area and modular design.

    Analyst Insight: “Ground-mounted systems are evolving into multi-input energy ecosystems,” says a lead market researcher.
    Business Case: In Japan, a large-scale hydrogen facility uses fixed ground-mounted PV arrays to power electrolyzers, creating a new revenue stream.
    Key Stats: APAC leads the market with 65% of global contribution, driven by countries like China and Japan and industrial applications that demand scale.


    Fixed vs. Tracking Technology

    Legacy Disruption: Trackers were too complex and costly for widespread use.
    New Strategy: Fixed systems, thanks to iron and lightweight stainless steel, are making scalability affordable and durable.

    Analyst Insight: “Simplicity is the ultimate sophistication when deploying solar in high-volume, low-margin geographies.”
    Business Case: A utility in Germany deployed USD 4.54 billion worth of fixed mounts in high-wind zones—iron frames proved key to long-term performance.
    Key Stats: Fixed systems dominate residential and commercial installs due to ease of maintenance and cost efficiency.

    Try a Free Report Sample Now


    3 Forces Shaping Competition

    1. Material Innovation

    The shift toward iron, aluminum, and stainless steel isn’t cosmetic—it defines durability, corrosion resistance, and ease of deployment. This material arms race is reshaping vendor selection criteria.

    2. Incentive Realignment

    From the U.S. to the EU and APAC, subsidies, feed-in tariffs, and renewable portfolio standards are no longer just carrots—they’re the new compliance. Players who design for subsidy-optimized installations win faster.

    3. Functional Convergence

    Mounting systems now house inverters, batteries, even hydrogen electrolyzers. This convergence is moving mounting systems from component-level buys to system-level decisions in the procurement chain.

    Market Research Overview

    The Solar PV Mounting Systems Market is experiencing significant growth, driven by the increasing deployment of solar mounts and PV racking technologies across both residential and commercial sectors. Key components such as fixed tilt systems and solar trackers are being adopted to optimize the positioning of solar arrays for maximum energy yield. Ground-based solutions including ground mounts, pole mounts, and ballasted mounts remain dominant in utility-scale projects, while roof mounts—especially for flat roof and pitch roof applications—continue to gain popularity in urban settings. Essential supporting elements such as mounting hardware, panel clamps, rail systems, and solar brackets are being innovated for ease of installation and durability. Moreover, specialized designs like carport mounts and floating PV platforms are expanding market scope. The integration of tilt angles, solar frames, and inverter mounts ensures that system configurations meet specific site conditions and performance goals.


    Future Bets & Bold Moves

    1. Vertical Solar for Urban Density

    Rooftop space is finite. Expect a rise in building-integrated PV with vertical mounting systems optimized for cityscapes.

    2. Hydrogen-Ready Mounts

    Mounting systems designed to support co-located green hydrogen production units will become a niche but vital segment.

    3. Modular Carport Systems

    With EV adoption surging, solar carports equipped with battery packs and charging stations are emerging as multifunctional assets.

    Example: Unirac Inc. is piloting an all-in-one modular carport system with solar arrays, storage, and EV charging for commercial fleets.

    Will tomorrow’s mounting system be a passive structure—or the new intelligence layer in decentralized energy?

    Request Your Free Report Sample – Uncover Key Trends & Opportunities Today


    Leadership Insights

    To remain competitive, energy leaders must prioritize:

    • Invest in Material Diversification: Incorporate iron, stainless steel, and corrosion-resistant alloys for regional adaptability.

    • Design for Integrated Functionality: Enable mounting systems to support inverters, energy storage, and hydrogen generation.

    • Capitalize on Regional Incentives: Build teams focused on navigating net metering and tax credit optimization in key markets.

    • Enhance Lifecycle Efficiency: Adopt AI-driven inventory optimization for solar component logistics and O&M systems.

    • Own the Sustainability Narrative: Push ESG disclosures on carbon-neutral mounting production to attract green finance.

    • Expand into Adjacent Markets: Develop mounting solutions for carports, handrails, luggage racks, and hybrid rooftops.

    Research Analysis Overview

    In-depth research into the Solar PV Mounting Systems Market reveals a strong emphasis on adaptability and resilience, highlighted by the use of adjustable tilt options and advancements in single axis and dual axis tracking systems. The adoption of robust steel frames and lightweight aluminum rails is instrumental in enhancing structural integrity while accommodating environmental challenges such as wind load, snow load, and seismic design. Ground systems increasingly utilize foundation piles and solar piers, while roof anchors, tension wires, and base plates ensure secure installations on rooftops. Anti-tampering measures, including anti-theft bolts, are now standard in high-risk areas. Furthermore, comprehensive installation kits, elevation kits, and module clamps are tailored for streamlined deployment. Technologies such as tracking motors are central to improving energy capture, and features like corrosion resistance, load bearing, and advanced anchoring systems are critical for system longevity and safety. Innovative solar stands support modular flexibility, positioning the market for continued evolution.


    Closing Perspective

    The Solar PV Mounting Systems Market is no longer just supporting solar panels—it’s scaffolding the clean energy revolution. From fixed mounts in German fields to rooftop carports in Tokyo, mounting systems have graduated from passive structures to active players in energy strategy.

    As governments, businesses, and homeowners race toward net-zero emissions, the industry must ask:

    Are we thinking big enough about what mounting systems can do?

    Access our Full 2024–2028 Playbook to lead your market transformation.

    Read News Read Less
    Interested in this report?
    Get your sample now!

Safe and Secure SSL Encrypted

Technavio

  • 2500 USD

[5 reports/month/user]

  • 5000 USD

close
  • Basic Plan [5000 USD/Year]:

    Single User
    Download 5 Reports/Month
    View 100 Reports/Month
    Add upto 3 Users at 625 USD/user

  • Teams Plan [7500 USD/Year]:

    5 User
    Download 5 Reports/Month/User
    View 100 Reports/Month/User
    Add upto 30 Users at 500 USD/user

*You can upgrade to Teams plan at Subscription page

close
  • Single:

    One user only.
    Quick & easy download option

  • Enterprise:

    Unlimited user access (Within your organization).
    Complimentary Customization Included

*For Enterprise license, go to checkout page

Technavio Get the report (PDF) sent to your email within minutes.