Focus on RE+ 2026

Honor Energy will focus on in-depth research into solar mounting systems, drawing on industry knowledge relevant to the exhibition. From November 17 to 19, 2026, North America's largest and most influential clean energy event — RE+ 2026 — will take center stage at the Las Vegas Convention Center. Now permanently based in Las Vegas and held concurrently with the ESA Annual Conference and SolarTech Summit, the event builds a comprehensive energy ecosystem spanning solar, energy storage, and smart grids. As the "skeleton" of any PV plant, mounting and tracking systems are emerging as a critical focal point, with technological innovation and scenario-specific adaptability becoming decisive competitive differentiators.

Diverse U.S. Market Demands Drive Mounting Solution Upgrades

The vast geography of the United States presents an exceptionally wide range of PV project scenarios—from the sun-scorched southwestern deserts to the frigid, snow-laden northern plains, from coastal zones with high salt spray to complex mountainous terrain. These diverse conditions impose stringent requirements on solar mounting system stability, weather resistance, and intelligent control.

In the utility-scale ground-mount segment, intelligent tracking systems stand out as a technological highlight. Leveraging the abundant solar resources across the U.S., next-generation trackers integrate high-precision algorithms with robust structural designs to accurately follow the sun's path, maximizing energy yield. Equally important, reinforced structural designs and advanced anti-corrosion treatments are widely adopted to withstand the frequent extreme winds and heavy snowfalls common in the Midwest and coastal regions, ensuring long-term, reliable plant operation for 25 years or more.

In the distributed generation and C&I (commercial & industrial) segments, demand is rapidly growing for rooftop systems that prioritize safety, lightweight construction, and ease of installation. Solutions tailored to flat roofs, standing seam metal roofs, and concrete rooftops are proliferating, with pre-assembled designs and flexible mounting technologies significantly reducing construction timelines and labor costs. A particularly noteworthy trend is the increasing use of composite materials in mounting rails and structural components. Compared to traditional metals, composites offer superior corrosion resistance, aging resistance, and weight reduction benefits. They effectively address the challenges of metal corrosion and deformation in coastal and high-humidity environments, while reducing roof load requirements without compromising structural rigidity and strength—making them an ideal choice for distributed PV projects and BIPV applications.

Quality and Certification: The Core Threshold for Entering the North American Market

RE+ is more than a technology showcase—it serves as a central hub connecting the global business network. The North American market's rigorous entry barriers and high standards pose significant challenges for mounting system manufacturers, requiring robust global quality control capabilities. To gain market access, a full range of mounting products must obtain multiple internationally recognized certifications that fully comply with both EU and North American regulatory standards.

As the structural backbone of any PV plant, the reliability of mounting systems directly impacts the overall return on investment. Consequently, a comprehensive quality assurance system spanning material selection, structural design, and manufacturing processes has become an industry imperative. Advanced zinc-aluminum-magnesium (ZAM) coating technologies, for example, are now widely applied to both ground-mount and rooftop systems. Their exceptional corrosion resistance and self-healing properties provide effective protection against coastal and industrial pollution zone erosion, significantly reducing operation and maintenance frequency and costs over the entire project lifecycle.

Industry Trend: From "Support Structure" to "System Value"

The evolution on display at RE+ 2026 reveals a profound transformation in the role of mounting systems. They are no longer simple support structures; they are increasingly recognized as critical components that enhance overall system value and project bankability. Intelligence, scenario-specific customization, high reliability, and full-lifecycle service capabilities are emerging as the core competencies that distinguish leading mounting solution providers in the North American market.

With the continued implementation of the IRA, U.S. solar installation demand is set to surge across all segments—utility-scale, C&I, and residential. This growing demand places ever-higher expectations on mounting solutions. Industry analysts point out that future competition among mounting system suppliers will shift from pure price competition to a more holistic contest of R&D capabilities, scenario-based customization expertise, and localized service support.

RE+ 2026 will bring together global power utilities, EPC contractors, investors, and installers, offering an unparalleled window into policy trends, investment opportunities, and partnership building. From intelligent tracking systems engineered for extreme climates to C&I and residential rooftop solutions that balance efficiency with safety, full-scenario mounting solutions are set to be the decisive factor in winning in the North American solar market.