2026 PV Mounting Industry Update: Technological Upgrading, Standardization Advancement and Global Market Expansion

The global photovoltaic (PV) mounting system industry has entered a new phase of high quality development in 2026.

Driven by global carbon neutrality goals, iterative technological innovation, and upgraded industry standard specifications, PV

bracket products are evolving toward intelligence, modularization, full-terrain adaptability and low-carbon manufacturing.

As an indispensable core component of PV power stations, PV mounting systems are no longer limited to basic fixing and supporting functions, but have become a key factor affecting power generation efficiency, project safety and full cycle asset value of solar projects.

Benefiting from the continuous expansion of utilityscale solar projects, distributed rooftop PV markets and overseas emerging

energy markets, the global PV mounting industry maintains steady growth momentum.

Industry data shows that the global solar mounting systems market scale is on a continuous upward trajectory, with remarkable growth potential in the next decade, as regional energy transformation policies worldwide continue to release market dividends.

1. New Industry Standards Lead Standardized and Specialized Development

The year 2026 marks a crucial year for the standardized upgrading of China’s PV mounting industry. The official release of the national technical specification Design Code for Flexible Support Photovoltaic Power Generation Systems has filled the long-standing gap in the domestic flexible bracket industry standards, marking that the PV mounting sector has bid farewell to extensive development and entered a standardized, scenario-based and refined competition stage.

In the past, the PV bracket industry was dominated by homogeneous fixed products with low technical thresholds. With the implementation of new national standards, the industry competition focus has shifted from simple cost competition to comprehensive strength competition including scenario adaptation capability, structural safety, intelligent design and full-cycle service.

Standardized design and manufacturing specifications effectively eliminate backward production capacity, guide

enterprises to optimize product structure, and further improve the overall safety, durability and wind resistance of PV power

station supporting systems.

Meanwhile, centralized procurement of large-scale PV projects continues to drive industry standardization iteration. The 1GW-scale fixed PV bracket centralized procurement project launched in September 2026 further unifies industry technical parameter, installation standards and quality assessment systems, laying a solid foundation for the standardized and large-scale development of the industry.

2. Technological Iteration: Intelligent Tracking &Terrain Adaptation Become Core Trends

Technological innovation is the core driving force for the upgrading of the PV mounting industry. In 2026, intelligent tracking

brackets and full terrain adaptive mounting systems have become the mainstream development direction,

completely breaking the terrain limitations of traditional fixed brackets and greatly improving the economic benefits of

PV projects.

Single-axis solar tracking systems have achieved large  scale market penetration, which can automatically adjust the angle of PV modules according to the sun’s trajectory.

Compared with traditional fixed tilt brackets, intelligent tracking products can increase power generation efficiency by 20%-30%, with a shortened investment payback period of only 3-4 years for large ground mounted PV projects, showing outstanding  economic advantages. Driven by algorithm optimization and modular manufacturing technology, the production and

installation costs of tracking brackets continue to drop, accelerating their replacement of traditional fixed products in utility-scale projects.

In terms of terrain adaptation, the new generation of full- terrain PV mounting solutions can adapt to complex scenarios

such as mountainous areas, hills, sloped fields and tidal flats.

Through optimized structural design and intelligent topological modeling technology, the products realize 15% slope adaptive

installation and 90% reduction in earthwork excavation, effectively solving the pain points of difficult construction, high cost and low land utilization rate of PV projects in complex terrains.

In addition, lightweight modular design has become a key product iteration direction. Nearly 30% of the industry’s new

product R&D initiatives in 2026 focus on material optimization and structural simplification. Lightweight aluminum alloy

and high strength steel materials are widely used to reduce transportation and installation costs while ensuring structural

stability,  realizing faster on-site assembly and shortening project construction cycles significantly.

3. Market Demand Booms with Global Layout Accelerated

Supported by global energy transformation policies, the PV mounting industry presents a dual prosperity of domestic and

overseas markets. Domestically, the continuous expansion of centralized ground-mounted power stations, industrial and commercial distributed PV, and rural rooftop PV projects drives steady growth of market demand. Relying on policy support for new energy industry development, the domestic PV bracket market maintains a stable

growth rate, and high-quality customized products for differentiated scenarios are increasingly favored by the market.

In the global market, overseas emerging markets in Southeast Asia, South America, Europe and the Middle East have become

new growth poles. Local energy subsidy policies and vigorous photovoltaic infrastructure construction drive the continuous

expansion of overseas demand for high- reliability PV mounting products.  Chinese PV bracket enterprises rely on mature technical experience, complete product systems and cost advantages to accelerate overseas layout, and localized full- Industry forecast shows that the global steel and aluminum PV mounting market

will maintain sustained expansion, and the overall market scale is expected to double by 2035 under the impetus of

large-scale utility solar project construction worldwide.

4. Industry Challenges & Future Development Prospects

While the industry is booming, it also faces certain challenges. On the supply side, raw material price fluctuations and

intensified homogeneous competition urge enterprises to accelerate technological innovation and differentiated layout. On the demand side, higher requirements are put forward for product customization, low- carbon environmental protection  and intelligent operation and maintenance in complex application scenarios.

Looking ahead to 2026-2030, the PV mounting industry will shift from scale expansion to high- quality development.  The integration oftracking technology + intelligent operation and maintenance + light storage integration will become the mainstream development model of the industry. Low-carbon and green manufacturing, full- life cycle asset management,  and intelligent digital design will further empower product upgrading. Enterprises with core independent R&D capabilities,

full-scenario solution capabilities and global service capabilities will occupy the dominant position in market competition.

5. Our Company’s Strategic Layout & Development Commitment

As a professional manufacturer and solution provider of PV mounting systems, our company has always focused on

technological innovation and product upgrading. In response to the latest industry development trends, we continue to

optimize our full- product matrix covering fixed brackets, intelligent tracking brackets, flexible brackets and distributed rooftop special brackets.

Adhering to the design concept of safety, efficiency, energy saving and intelligence, our products are widely applicable to

various scenarios such as plains, mountains, water surfaces and industrial rooftops. We have established a complete R&D,

production, testing and service system, strictly implementing national and international industry standards to ensure product

stability, durability and wind and corrosion resistance. At the same time, we actively layout overseas markets, provide customized one-stop PV bracket solutions and full- cycle after sales services for global customers, and help global photovoltaic energy transformation with high quality products and professional services.

In the future, our company will continue to deepen technological R&D innovation, keep pace with industry standard iteration,

focus on low-carbon manufacturing and intelligent upgrading, continuously enrich full- scenario application solutions, and contribute more strength to the high quality development of the global photovoltaic industry.