A Comprehensive Analysis of the Photovoltaic Mounting Structure Industry in 2026: A Practical Guide to Market Trends and Technological Upgrades

📋 Table of Contents

• 1. Current Industry Development Status of Photovoltaic Mounting Systems in 2026
• 2. Latest Trends in the Iterative Development of Core Technologies for Photovoltaic Mounting Systems
• 3. A New Trend in the Expansion of Downstream Applications for Photovoltaic Mounting Systems
• 4. Cost Control for Photovoltaic Mounting Structures and Directions for Supply Chain Adjustments
• 5. Overview of Favorable Policy Signals for the Photovoltaic Mounting Bracket Industry
• 6. Horizontal Comparison of Performance Among Mainstream Photovoltaic Mounting Products
• 7. Frequently Asked Questions Compilation

Photovoltaic mounting structures are ancillary components that support photovoltaic modules, and in 2026, both supply and demand in the domestic market are expected to grow steadily in tandem. As a core ancillary component of photovoltaic power generation systems, the performance of PV mounting structures directly impacts the operational stability and energy‑generation efficiency of the entire plant. In recent years, as China’s installed PV capacity has continued to expand, the PV mounting‑structure sector has also witnessed significant new industry dynamics.

1. Step 1: Define the geographic environmental parameters of the project site.
2. Step 2: Match the photovoltaic mounting system product type to the corresponding load-bearing capacity.
3. Step 3: Calculate the full lifecycle cost‑benefit ratio in conjunction with the operations and maintenance cycle.

Current Industry Development Status of Photovoltaic Mounting Systems in 2026

According to the latest publicly available data for 2026, China’s newly installed photovoltaic capacity is expected to exceed 120 GW, driving total demand for PV mounting systems to more than 4.5 million tons. The overall market size is projected to grow by approximately 17% year over year, with the industry maintaining steady growth amid ongoing expansion.

Capacity Deployment on the Supply Side of the Market

At present, domestic photovoltaic mounting‑structure production capacity is concentrated primarily in regions with well‑developed industrial support, such as Zhejiang, Jiangsu, and Shandong.

Characteristics of Structural Changes on the Demand Side of the Market

In 2026, the share of distributed photovoltaic projects will surpass 70% for the first time. Consequently, residential PV systems and commercial‑industrial distributed projects are placing greater demands on PV mounting structures to be lightweight and easy to install, while this shift in demand is also compelling industry players to refine their product designs accordingly.

Latest developments in the iterative evolution of core technologies for photovoltaic mounting systems

In recent years, the R&D focus of photovoltaic mounting systems has shifted beyond basic load-bearing capabilities, increasingly emphasizing superior weather resistance and intelligent adaptability. Many new technologies have already been successfully implemented in real-world projects.

Widespread adoption of new anti-corrosion materials

By 2026, an increasing number of manufacturers in the industry will adopt zinc‑aluminum‑magnesium coatings to replace traditional hot‑dip galvanizing. As a result, the outdoor corrosion‑resistance lifespan of photovoltaic mounting structures can be extended from the previous 15 years to over 25 years, while life‑cycle operation and maintenance costs are expected to decline by nearly 30%.

Lightweight Modular Design Upgrade

The share of modular, quick‑install photovoltaic mounting systems tailored for distributed‑generation projects is rising rapidly. On‑site installation time per system can be reduced by more than 40%, significantly lowering safety risks associated with high‑altitude work and effectively shortening the overall project construction timeline.

A New Trend in the Expansion of Downstream Applications for Photovoltaic Mounting Systems

As photovoltaic applications continue to diversify, PV mounting systems are increasingly tailored to meet the specific demands of various specialized settings. Regions that previously posed significant challenges for deploying solar‑power projects can now be developed through customized mounting solutions.

Volume ramp-up of products tailored for floating photovoltaic applications.

Floating photovoltaic mounting technologies tailored for reservoirs and lake‑surface applications are steadily maturing. By 2026, the share of new on‑water PV capacity in China is expected to rise to around 8%. These systems feature specialized characteristics such as wave resistance and corrosion protection, enabling them to meet the development needs of diverse hydrological environments.

Optimization of Scenario Adaptability for Agri‑Solar Complementarity

The share of elevated photovoltaic mounting systems in agrivoltaic projects continues to grow. These systems can raise the mounting‑column height to over 3 meters, leaving ample space below to accommodate crop cultivation and enabling the integrated use of land resources.

Cost Control and Supply Chain Adjustment Strategies for Photovoltaic Mounting Systems

In 2026, upstream raw material prices for photovoltaic mounting systems remain relatively stable, and the overall supply chain’s operational efficiency continues to improve, providing steady support for cost control in downstream projects.

Upstream raw material prices are trending steadily.

Fluctuations in mainstream steel prices are kept within 5%, and supply capacity for zinc‑aluminum‑magnesium coating raw materials is ample, preventing the concentrated shortages seen in previous years. Overall shipment prices for photovoltaic mounting systems remain within a reasonable range, with no significant price spikes or drops.

The share of localized supply continues to rise.

To reduce logistics costs and improve supply‑chain responsiveness, many downstream project developers are increasingly prioritizing partnerships with local suppliers.

An Overview of Favorable Policy Signals for the Photovoltaic Mounting Bracket Industry

In 2026, multiple domestic government departments successively issued policies to support the development of the photovoltaic power generation industry, thereby providing favorable policy support for the growth of the photovoltaic mounting‑structure sector.

Support policies for distributed photovoltaic projects have been implemented.

Several provinces across the country have issued follow-up support measures for the county-wide rollout of distributed photovoltaic projects, providing subsidies at a certain percentage for PV‑related products that meet safety standards, thereby further lowering the barriers to adopting high‑performance PV mounting systems.

Industry safety standards have been updated and implemented.

The newly revised “Safety Code for Photovoltaic Power Generation Supporting Facilities,” effective in 2026, establishes clear mandatory standards for key parameters such as wind resistance and snow‑load capacity of photovoltaic mounting structures, further phasing out outdated production capacity that fails to meet these requirements and promoting the industry’s move toward standardized development.

Horizontal Performance Comparison of Mainstream Photovoltaic Mounting Products

Based on the latest publicly available industry test data from 2026, there are significant differences in the application scenarios suitable for various types of photovoltaic mounting systems. Project developers can make informed, demand‑driven selections accordingly.

Comparison dimension	Fixed galvanized photovoltaic mounting bracket	Fixed zinc-aluminum-magnesium photovoltaic mounting bracket	Single-axis tracking photovoltaic mounting system
Design service life	15–20 years	25–30 years	20–25 years
Cost per watt of the unit	0.12–0.15 yuan	0.15–0.18 yuan	0.22–0.28 yuan
Potential for increased power generation	Baseline value 100%	Baseline value 100%	15%–25% higher than the fixed bracket

Frequently Asked Questions

Overall, in 2026 the photovoltaic mounting‑structure industry is entering a new phase of standardized, high‑quality development.

This article was generated by AI and is for reference only.

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