A Comprehensive Analysis of the Latest Policies in the Photovoltaic Mounting Industry for 2026: Favorable Policy Drivers and Implementation Guidelines

Category: Industry News

Release time: 2026-06-12

Summary: This article focuses on industry policies related to photovoltaic mounting systems in 2026, examining the evolution of policy frameworks in recent years, region-specific favorable measures, compliance requirements, and subsidy application procedures. It provides practitioners in the PV mounting‑system manufacturing and installation sectors with actionable policy guidance, helping companies align with regulatory demands and seize market opportunities.

📋 Article Outline

  • 1. Overview of the Overall Policy Direction for the Photovoltaic Mounting Bracket Industry in 2026
  • 2. Detailed Requirements for Entry‑Level Policies in the Photovoltaic Mounting Structure Industry
  • 3. The complete process for applying for subsidies tailored to photovoltaic mounting systems
  • 4. Market Opportunities Brought by Policies in the Photovoltaic Mounting Structure Industry in 2026
  • 5. Optimization Path for Policy Alignment in the Photovoltaic Mounting Industry
  • 6. A Guide to Avoiding Common Pitfalls in Industry Policies
  • 7. Frequently Asked Questions Compilation

Overview of the Overall Policy Direction for the Photovoltaic Mounting Bracket Industry in 2026

In 2026, policy in the photovoltaic mounting‑structure sector will be driven by three key pillars—low‑carbon emissions reduction, enhanced safety and quality, and broad-based industrial inclusiveness—breaking away from the previous single‑track subsidy model and establishing a comprehensive regulatory and support framework spanning the entire lifecycle.

Key Favorable Policy Directions at the National Level in 2026

According to documents publicly disclosed by the National Energy Administration in 2026, national-level policies on photovoltaic mounting systems are prioritizing three key areas: the use of low‑carbon raw materials, the development of customized mounting structures tailored to next‑generation PV modules, and the deployment of supporting mounting systems for distributed PV installations in remote regions. Eligible R&D projects may receive subsidies amounting to up to 15% of their total investment. Industry observers widely anticipate that this policy direction will drive the entire PV mounting‑system sector to shift from low‑value‑added manufacturing toward technological innovation.

The differentiated characteristics of locally tailored implementation policies

Photovoltaic mounting‑structure policies vary significantly across China’s provinces: in manufacturing‑intensive regions such as Jiangsu, Zhejiang, and Guangdong, the focus is on imposing low‑carbon emission requirements at the production stage; in the large‑scale photovoltaic base areas of Northwest China, the emphasis is on standardizing the technical specifications of large‑span, tracking‑type mounting systems; and in county‑level distributed PV deployment zones, subsidies are provided to support the installation of lightweight residential‑use mounting structures.

Policy Dimension 2023 Benchmark Requirements The latest requirements for 2026
Low-carbon share of raw materials No mandatory requirements The proportion of low-carbon steel shall be no less than 30%.
Product Service Life Requirements No less than 15 years No less than 25 years
Eligibility threshold for subsidies Project installed capacity ≥ 1 MW There is no installed capacity threshold for residential projects.

The Ministry of Industry and Information Technology’s 2026 White Paper on the Photovoltaic Industry notes that photovoltaic mounting‑structure products compliant with regulatory requirements now account for over 72% of the market, with industry standardization advancing faster than expected.

Detailed Requirements for Entry‑Level Policies in the Photovoltaic Mounting Systems Industry

The 2026 revised准入 policy for photovoltaic mounting systems covers both the manufacturing and installation stages. All entities engaged in the photovoltaic mounting‑system sector must meet the corresponding qualification requirements; those that fail to comply will be barred from participating in tenders for utility‑scale photovoltaic projects.

New Regulations on Environmental and Safety Access for the Production Sector

The new regulations on production‑side market access stipulate that photovoltaic mounting‑structure manufacturers must hold full‑scope pollutant‑treatment qualifications, ensure that emissions from the surface galvanizing process comply with national ultra‑low‑emission standards, and pass comprehensive tests for wind‑load resistance, snow‑load resistance, and corrosion resistance. Only after obtaining the corresponding certificates of compliance may their products be placed on the market.

Construction Qualification Review Standards for the Installation Side

The qualification requirements for installation contractors are clearly defined: construction teams engaged in photovoltaic racking installation must hold relevant power‑construction qualifications, and personnel performing work at height must be certified and operate under proper authorization. For residential‑scale installations, roof‑load verification must be completed in advance before construction can proceed, thereby preventing potential safety hazards.

The complete process for applying for subsidies tailored to photovoltaic mounting systems.

In 2026, the subsidy application process for photovoltaic mounting‑system projects will be further streamlined, with all stages reviewed online and the entire processing time reduced to within 15 working days.

Requirements for Verification of the Applicant’s Qualifications

All applicants must possess valid business operating qualifications, and the photovoltaic mounting products used in the project must comply with the latest准入 standards. Applicants must also have no adverse records related to previous subsidy applications. Once these conditions are met, they may submit their application.

Key Considerations for Preparing Application Materials

The submitted materials must be authentic and valid, and all parameters must be consistent with the actual project. The specific application steps are as follows:

  1. Log in to the local energy bureau’s government service platform to complete project information filing.
  2. Upload the compliance test report and purchase invoices for photovoltaic mounting products.
  3. Submit on-site photographs taken after project completion, along with the acceptance records.
  4. The local authorities will conduct online verification of the submitted materials and, if necessary, arrange on-site spot checks.
  5. Upon verification, the subsidy funds will be disbursed directly to the applicant’s corporate account.

Image Source: unsplash

Market Opportunities Brought by 2026 Photovoltaic Mounting System Industry Policies

Following the implementation of a series of supportive policies, the domestic photovoltaic mounting‑structure market is poised to unlock additional growth potential by 2026, with multiple niche segments entering a favorable development window.

The incremental growth potential of the distributed photovoltaic sector

With the implementation of county‑wide policies to promote distributed photovoltaic systems, demand for lightweight residential PV mounting structures is expected to grow by 38% year over year in 2026 compared with 2025. This will unlock substantial demand from small and medium‑sized homeowners, enabling companies to launch cost‑effective, tailored products for residential applications and capitalize on emerging market opportunities.

Regulatory policy benefits in overseas markets

In 2026, China introduced domestic policies to support the overseas expansion of photovoltaic products, offering export‑related tax rebates and subsidies for PV mounting systems that meet low‑carbon standards. Coupled with the rapid growth in global PV installed capacity, the market potential for these products continues to expand.

Optimization Path for Policy Alignment in the Photovoltaic Mounting Industry

Relevant enterprises can align their business strategies with the latest policy directions, swiftly adapt to regulatory requirements, and secure corresponding policy‑level support.

The direction of policy‑driven adjustments on the product R&D front

On the R&D front, companies can prioritize areas such as the application of low-carbon materials, iterative advancements in tracker‑type photovoltaic mounting systems, and lightweight, easy‑to‑install products. Moreover, R&D expenditures in these areas are eligible for additional tax deductions, and in certain regions, companies may also apply for dedicated innovation‑support funding.

Key Points for Upgrading Supply Chain Compliance

At the supply chain level, priority should be given to steel suppliers that hold ultra‑low emission certifications, and a full‑chain traceability system should be established to ensure that every batch of photovoltaic mounting products can provide complete compliance documentation, thereby preventing non‑compliant qualifications.

A Guide to Avoiding Common Pitfalls in Industry Policies

Many industry practitioners hold misconceptions about policies related to photovoltaic mounting systems, which can easily result in projects failing regulatory reviews or even being ineligible for associated subsidies.

Common Misconceptions About Applying for Subsidies

Some industry participants believe that completing the project construction alone is sufficient to qualify for subsidies. In reality, they must first complete project registration and ensure that core components—such as photovoltaic mounting systems—fully comply with policy requirements to meet the eligibility criteria; projects that have not been registered cannot subsequently have their information retroactively entered.

Key Considerations for Product Compliance Testing

Many companies believe that using their previous test reports will suffice to comply with the latest policy requirements. However, once the new regulations take effect in 2026, all test reports must include metrics related to the proportion of low-carbon materials; reports issued under the old framework that do not cover this metric will no longer be valid.

Frequently Asked Questions

Q: What specific requirements does the 2026 photovoltaic mounting‑structure policy impose on raw materials?

A: The new regulations stipulate that photovoltaic mounting structures must prioritize low-carbon steel, with at least 30% of the materials being traceable and classified as low-carbon. For detailed requirements, please visit www.yuenergycn.com.

Q: Can the PV mounting structures for residential solar projects apply for subsidies?

A: In 2026, residential projects will have no minimum installed capacity requirement; as long as the photovoltaic mounting products meet compliance standards and registration is completed, applicants may apply for the corresponding installation subsidy.

Q: How long is the validity period of a photovoltaic mounting structure’s test report?

A: For photovoltaic mounting systems that meet the requirements of the 2026 regulations, the full‑scope test report is valid for three years; once expired, a new round of testing must be completed before the system can be submitted for project approval.

Overall, the series of industry policies targeting photovoltaic mounting systems in 2026 will steadily propel the entire sector toward high-quality development.

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

Keywords: A Comprehensive Analysis of the Latest Policies in the Photovoltaic Mounting Industry for 2026: Favorable Policy Drivers and Implementation Guidelines

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