Market Overview: Global PV Mounting Systems Market Maintains Strong Growth in 2026

According to the latest reports from multiple market research institutions, the global photovoltaic mounting systems market is showing a steady growth trajectory in 2026. Data from Research and Markets indicates that the global solar PV mounting market will expand from US$28.7 billion in 2025 to US$30.5 billion in 2026, representing a compound annual growth rate (CAGR) of 6.3%, and is projected to reach US$38.93 billion by 2030. Another research firm, 360iResearch, offers an even more optimistic forecast, estimating that the solar panel mounting market will grow from US$15.49 billion in 2025 to US$17.22 billion in 2026, with a CAGR of 10.62%, potentially reaching US$31.43 billion by 2032. The rooftop PV mounting segment is performing particularly strongly, with an estimated market size of US$15.73 billion in 2026 and a CAGR of 12.37%.

International Event Highlights: Asia and Europe Markets in the Spotlight

In the first quarter of 2026, the global PV mounting industry was active on the international exhibition stage. From March 17 to 19, PV EXPO 2026 Spring in Tokyo, Japan, became a focal point for the industry, with numerous Chinese mounting system manufacturers showcasing their innovative products.

Antaisolar introduced the AT-Spark intelligent tracking system to the Japanese market for the first time. This system is optimized for Japan’s mountainous terrain and typhoon-prone climate, offering 40% higher rigidity and resistance to strong winds of up to 70 m/s. Antaisolar also exhibited its Kakumaru universal clamp and a dedicated acoustic barrier for energy storage projects, demonstrating localized solutions aimed at reducing labor costs and noise pollution in the Japanese market.

Mebetter, under a renewed brand image, showcased a full range of mounting solutions covering ground, water, agricultural land, and rooftops. Notably, Mebetter debuted a vertical mounting system designed for bifacial modules, featuring adjustable ground clearance. This system not only saves land area but also facilitates operation and maintenance, making it an ideal choice for agricultural land and remote areas. Additionally, its G5 series floating system uses eco-friendly HDPE floats and has passed rigorous wind tunnel tests and TÜV certification, effectively addressing challenges from typhoons and snow loads.

At KEY – The Energy Transition Expo in Rimini, Italy, in early March, Grace Solar presented its next-generation intelligent tracking system, designed to withstand strong winds in the Mediterranean climate. To accommodate the diverse and complex rooftop types across Europe, Grace Solar introduced lightweight, easy-to-install rooftop mounting solutions suitable for flat roofs, trapezoidal metal roofs, and concrete roofs.

Technology Trends: Scenario-Specific Adaptations and Material Upgrades Take Center Stage

Concrete-Free Lightweight Mounting Solutions Draw Attention

The Tumuruu Solar and Battery Storage project in Queensland, Australia, has drawn industry interest by adopting the PEG concrete-free mounting system from Germany’s Jurchen Technology. This system utilizes self-stabilizing steel rods and steel grid plates, fixing solar panels in a wavy pattern at a height of approximately one meter. Compared to traditional concrete foundation solutions, the PEG system reduces steel usage by about 75%, eliminates the need for concrete foundations, significantly minimizes ground disturbance and visual impact, and removes the requirement for B-double truck transport, reducing supply chain, logistics, and installation time by 40%.

Technical Standards for Flexible and Adjustable Mounting Systems Officially Released

In January 2026, the Technical Specification for Flexible Photovoltaic Support Structures and the Technical Specification for Adjustable Photovoltaic Support Structures, led by the China Electricity Council and primarily drafted by the Changjiang Institute of Survey, Planning, Design and Research’s New Energy Company, were officially released. These are China’s first technical specifications specifically for flexible and adjustable PV mounting systems. The flexible mounting specification systematically outlines the mechanical characteristics of such structures and unifies strength and safety standards. The adjustable mounting specification clarifies requirements for adjustment mechanisms, tracking accuracy, and testing and inspection. As the only state-owned enterprise in the flexible mounting sector, the Changjiang Institute has participated in flexible mounting projects with a total installed capacity of 1 GW.

High-Performance Materials Drive Mounting System Upgrades

On the materials front, Chengde Vanadium and Titanium supplied over 7,000 metric tons of galvanized high-strength structural steel to a well-known domestic PV mounting manufacturer in March 2026. This product offers high strength, corrosion resistance, and lightweight properties, developed to meet the stringent requirements of the PV mounting industry for steel strength, zinc coating thickness, and wind resistance. Through Early Vendor Involvement (EVI) services, Chengde Vanadium and Titanium provides end-to-end support from material selection to process optimization, helping customers achieve both lightweight design and long service life.

Intelligent Tracking Systems Continue to Evolve

In the Middle East, Antaisolar showcased its AT-Spark intelligent tracking system, optimized for desert environments, at the World Future Energy Summit in Abu Dhabi in January. The system uses an octagonal torque tube design, increasing structural rigidity by 40% and strength-to-weight ratio by 50%. Combined with a small-angle stowing strategy, it can withstand wind speeds of up to 70 m/s. Its SmartTrail intelligent control system offers four dedicated protection modes, automatically reducing the windward area during extreme weather such as sandstorms. The hardware has passed 42 extreme-condition tests, meeting IP65 and IK07 protection ratings and C5 corrosion resistance requirements.

Regional Market Analysis: Japan, Europe, and the Middle East Each with Distinct Priorities

Japan Market: Adaptability to Diverse Scenarios is Key

Japan’s geographical characteristics—mountainous terrain, hills, and frequent typhoons—demand specialized adaptability from PV mounting systems. Mebetter’s GT7, PGT2, and NPGT4 ground mounting systems, among others, address complex terrain with diverse foundation options, effectively reducing construction difficulty and overall costs. Additionally, strong demand exists in the Japanese market for efficient, aesthetically pleasing, low-impact residential rooftop solutions. Companies such as GCL System Integration and Aiko Solar have introduced all-black modules and anti-glare products to pair with mounting systems.

Europe Market: Strong Demand Driven by REPowerEU Framework

Under the EU’s “REPowerEU” framework, PV installation demand continues to rise in southern European countries such as Italy. To address the Mediterranean climate, mounting system manufacturers are generally enhancing wind resistance and corrosion protection. Modular design and pre-assembly technologies are gaining popularity in the European market, significantly shortening construction timelines.

Middle East Market: Extreme Environments Drive Product Upgrades

The high temperatures, strong wind, sand, and intense solar radiation in the Middle East impose stringent demands on PV mounting systems. Antaisolar has strengthened its technical support for the Middle East market by establishing a Dubai office and a localized service network. Its carbon steel ground mounting system, optimized for the high temperatures and sandy conditions of the UAE, strictly adheres to the technical standards and regulatory requirements of large-scale local PV power plants.

Policy and Supply Chain: Industry Adjustments Amid Tariff Impacts

Market research reports indicate that tariffs on steel, aluminum, and PV components have affected the manufacturing and installation costs of PV mounting systems. Regions that rely on imported metals and PV hardware, including North America and parts of Europe, face higher material costs and longer installation cycles. However, tariff policies have, to some extent, encouraged local sourcing, alternative material innovation, and localized production, which may enhance supply chain resilience over the long term.

Reports recommend that companies diversify their procurement strategies by maintaining vetted international suppliers while incorporating qualified local manufacturers to balance cost, capacity, and lead-time considerations. Additionally, investments in digital verification tools and layout optimization software are increasing, helping to reduce on-site engineering iterations and accelerate approval processes.