Introduction: From “Supporting Component” to “Value Core”

In 2024, the global PV mounting bracket industry experienced a dual drive of technological breakthroughs and market expansion. As PV installations continued to rise, mounting systems have evolved from a “supporting component” of power plant construction into a “core technology unit” that enhances power generation efficiency and reduces the levelized cost of electricity. From flexible mounts withstanding a Category 17 typhoon, to intelligent tracking systems driven by AI algorithms, and Chinese companies accelerating their global expansion, the 2024 PV mounting bracket market exhibited distinct characteristics of technological diversification, scenario-specific customisation, and supply chain globalisation.

Part One: Technological Breakthroughs – Flexible Mounts and Intelligent Tracking Progress Together

1.1 DAS Solar Flexible Mounts: Successfully Withstand Super Typhoon (Category 17)

In 2024, flexible mount technology achieved major breakthroughs in large-span applications and extreme weather adaptability. DAS Solar‘s self-developed new-generation flexible PV mounting system successfully withstood Super Typhoon Yagi at a 70 MW fishery‑solar hybrid project in Ding’an Longhu, Hainan. At landfall, the typhoon had maximum sustained winds exceeding Category 17 (about 245 km/h), while the project – located only 50 km from the landing point – continued to operate stably.

Technical highlights: The system uses pre‑stressed steel strands instead of traditional pipe pile supports. Two pre‑stressed steel strands bear the load in the east‑west direction, while a unique inter‑row wind‑resistant design in the north‑south direction forms a spatial cable‑net structure that effectively resists external loads. Since its grid connection in January 2023, the plant has successively withstood Typhoons Talim, Koinu and many extreme weather events above level 12, continuing to operate stably.

At the same time, LONGi Green Energy obtained a patent for a “Flexible PV Mount Anchor Structure and PV Power Generation System” (Authorization No. CN 222122134 U) in December 2024. The patent enables flexible cable connection through a rotating connector design, further advancing the maturity of flexible mount technology.

1.2 Intelligent Tracking Systems: AI Algorithms and Local Adaptation Become Competitive Focus

In 2024, competition in intelligent tracking mounts extended from mechanical structures to the software and algorithm layer. Intelligent tracking systems that can adapt to complex terrain, optimise power generation on cloudy days, and reduce LCOE are becoming “standard equipment” for large‑scale ground power plants.

Antaisolar continued to deepen its presence in the Japanese market in 2024. Its AT‑Spark intelligent tracking system is specifically optimised for Japan‘s complex mountainous terrain, offering excellent terrain‑following capability. By the end of 2025, Antaisolar’s cumulative shipments in the Japanese market had exceeded 8.7 GW, making it a core PV mounting brand in the country.

In terms of R&D investment, Clenergy announced in November 2024 that it would issue convertible bonds to raise up to RMB 500 million, of which RMB 354 million would be used for a smart distributed PV mounting system factory and RMB 81.62 million for an energy R&D centre. The company‘s ground PV mounting system revenue in the first half of 2024 increased by 102.21% year‑on‑year, demonstrating strong growth momentum.

Part Two: Product Innovation – Multi‑Scenario Coverage and Installation Efficiency Revolution

2.1 Flat Roof Mounts: Fast‑Install Systems Become the New Favourite

In 2024, flat roof PV mounts achieved significant breakthroughs in installation efficiency and material lightweighting.

AEROCOMPACT COMPACTFLAT S_BASE: In August 2024, AEROCOMPACT launched a revolutionary flat roof fast‑install system at the RE+ exhibition in North America. The system features long‑side clamping, accommodating PV modules up to 2.5 metres in length. The brackets simply snap into place – no tools required. The base integrates a ballast platform and deflector, reducing point loads and ballast material usage. With fewer components, transport and storage costs are significantly reduced. The accompanying AEROTOOL.CAD plugin enables full‑process design including layout, stringing, energy simulation, shading simulation and ballast calculation within the AutoCAD environment.

Mibet Z‑Type Mounting System: In January 2026, Mibet launched a Z‑type mounting system specifically designed for concrete flat roofs, supporting tilt angles of 5°, 10° and 15°, and capable of withstanding wind speeds of 45 m/s. The system uses a non‑penetrating installation method, effectively protecting the roof waterproofing layer. The carbon steel material incorporates reinforcing ribs and a hot‑dip galvanised coating. It supports both single‑row and symmetrical configurations, enabling rapid matrix‑style expansion.

HQ Mount Flat Roof Solution: At Intersolar Europe 2025, HQ Mount demonstrated its non‑penetrating ballasted flat roof mounting solution, with a single‑point load capacity of up to 1.2 tonnes. The design avoids damage to the roof waterproofing layer.

2.2 Terrain‑Adaptive Mounts: The “Key” to Complex Terrain

For undulating terrain and special ground conditions, several companies launched innovative solutions.

HQ Mount Terrain‑Adaptive System: Uses patented screw piles that can be screwed directly into the ground as foundations. The top bracket can be adjusted up/down by ±15° from horizontal to follow undulating terrain. Suitable for sandy and frozen ground, it has passed 3,000‑hour salt‑spray testing.

Conduct MountBlock: MountBlock, launched by Dutch supplier Conduct, is designed for trapezoidal metal sheets and facades. Its low profile and integrated felt layer ensure airtight, watertight installation for fast assembly. The company‘s partnership with Krannich has expanded, providing installers with one‑stop purchasing.

2.3 Carport Mounts: Aluminium Solutions Favoured

HQ Mount showcased its aluminium solar carport system in 2024. The system uses anodised treatment to enhance corrosion resistance, validated by 3,000‑hour salt‑spray testing, making it suitable for coastal high‑salinity areas. The system combines power generation with shading, becoming a popular choice for commercial and public parking lots.

Part Three: Market Dynamics – Chinese Companies Accelerate Global Expansion

3.1 US Market: FTC Solar Secures 1 GW Order

In 2024, US solar mounting manufacturer FTC Solar signed a 1 GW supply agreement with Strata Clean Energy, building on a 500 MW partnership announced in September 2024. Under the new agreement, FTC is designated as Strata‘s preferred 2P solar tracker supplier for three years, with the cooperation period extended to five years from the amendment date.

FTC Solar also recently signed a three‑year supply agreement with South Africa’s Lubanzi Inala to provide a combination of 1P and 2P tracker technologies for multiple large‑scale ground‑mount projects in South Africa, totalling about 840 MW.

3.2 Japanese Market: Antaisolar‘s Deep Cultivation

Antaisolar continued to consolidate its leading position in the Japanese market in 2024. By the end of 2025, its cumulative shipments to Japan had exceeded 8.7 GW. At PV EXPO TOKYO in March 2026, Antaisolar highlighted products including the AT‑Spark intelligent tracking system, east‑west adjustable ground fixed mounts, high‑stability roof clamps, and noise barriers integrated with energy storage.

3.3 European Market: AEROCOMPACT Expands to North America

AEROCOMPACT accelerated its global expansion in 2024. Its US subsidiary is now operating in Matthews, North Carolina, and the company has offices in Germany, India, Bulgaria and elsewhere. The company aims to “revolutionise the US flat‑roof PV market” with its COMPACTFLAT S_BASE system.

Part Four: Industry Trends – Five Key Words for the 2024 Mounting Market

Outlook

Looking ahead to 2025 and beyond, the PV mounting bracket industry will continue to deepen development in the following directions:

Technology convergence: The combination of flexible mounts and intelligent tracking will provide better solutions for power plants on complex terrain

Installation efficiency revolution: Fast‑install systems and pre‑assembled designs will further shorten construction periods and reduce labour costs

Material innovation: The application of new materials such as Zn‑Al‑Mg coated steel and high‑strength aluminium alloys will improve the weather resistance and service life of mounts

Local manufacturing: Driven by policies such as the IRA, regional production of mounting systems will continue to accelerate

Scenario‑specific customisation: Dedicated mounting solutions for agrivoltaics, offshore PV, floating PV and other special scenarios will continue to emerge

In a Nutshell

In 2024, the PV mounting bracket industry – from flexible mounts withstanding a Category 17 typhoon to AI‑driven intelligent tracking systems, from flat‑roof fast‑install systems to terrain‑adaptive solutions – technological innovation made mounts stronger, smarter and more efficient, building a solid foundation for the global energy transition.