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Vietnam’s Ministry of Industry and Trade (MOIT) issued Circular No. 12/2026/TT-BCT on April 24, 2026, mandating local type certification for all imported photovoltaic tracking systems—both single-axis and dual-axis—effective July 1, 2026. The requirement applies specifically to testing conducted by TÜV SÜD’s Hanoi laboratory and introduces three new test items: wind tunnel load testing, corrosion cycling, and GPS positioning accuracy verification. This development directly affects solar tracker exporters, importers, and project developers active in the Vietnamese market—and signals a tightening of technical compliance gateways for renewable energy hardware.
On April 24, 2026, Vietnam’s Ministry of Industry and Trade (MOIT) formally promulgated Circular No. 12/2026/TT-BCT. The circular stipulates that, starting July 1, 2026, all imported photovoltaic tracking systems—including both single-axis and dual-axis configurations—must undergo and pass local type testing at TÜV SÜD’s laboratory in Hanoi. The testing scope now explicitly includes wind tunnel load simulation, corrosion cycling, and GPS positioning accuracy assessment. As confirmed in the circular, the certification process duration for Chinese suppliers has increased from an average of two weeks to six weeks. Concurrently, customs inspection at Ho Chi Minh City Port has intensified, contributing to delays in the first shipment delivery windows.
Chinese manufacturers and trading firms exporting PV trackers to Vietnam face extended lead times due to the mandatory local testing requirement. Because certification must be completed prior to customs clearance, the four- to six-week extension directly compresses available time for order fulfillment and increases working capital pressure during the certification phase.
Developers planning utility-scale or commercial solar projects in Vietnam must now factor in longer equipment qualification timelines. Delays in tracker certification may cascade into construction scheduling, interconnection application deadlines, and PPA-related milestones—particularly where tracker availability is critical for foundation layout or mounting design finalization.
Firms managing documentation, customs brokerage, and inland transport for PV hardware imports will need to adjust coordination workflows. The requirement for pre-clearance test reports—issued only by TÜV SÜD Hanoi—introduces a new dependency point in the import documentation chain, increasing the risk of hold-ups if test reports are incomplete or misaligned with declared product specifications.
The circular references specific test standards but does not yet publish detailed test protocols or acceptable tolerance thresholds. Exporters and importers should track official updates from both MOIT and TÜV SÜD Vietnam regarding sample submission procedures, report format requirements, and potential transitional arrangements for orders placed before July 2026.
Given the confirmed extension from 2 to 6 weeks for certification alone—and additional port inspection delays—supply chain planners should revise internal lead-time assumptions. A minimum 8–10 week buffer (including production, shipping, and certification) is advisable for new orders targeting Q3 2026 delivery.
This circular reflects a formal regulatory step—not yet evidence of full enforcement capacity. Analysis来看, the introduction of GPS positioning accuracy as a type test criterion suggests emerging emphasis on system-level performance verification, rather than just mechanical safety. However, actual field enforcement consistency remains to be observed post-July 2026.
While the circular does not list document requirements exhaustively, TÜV SÜD Vietnam’s publicly available service page for PV tracker certification outlines prerequisites including structural drawings, material certifications, and firmware version logs. Pre-submission alignment with this checklist can help avoid rework cycles and further delay.
From industry perspective, this regulation is best understood as a procedural tightening—not a market access restriction—aimed at aligning imported tracking hardware with domestic grid and environmental conditions. The inclusion of wind tunnel and corrosion tests signals growing attention to long-term field reliability in Vietnam’s tropical coastal climate. Observation来看, the timing coincides with Vietnam’s accelerated solar tender activity under Decision 13 and upcoming Power Development Plan VIII implementation phases. It is more accurately interpreted as a signal of institutional maturation in technical oversight, rather than an abrupt trade barrier. Still, its operational impact on cross-border supply chains is immediate and measurable.
Conclusion
This circular marks a concrete shift in Vietnam’s technical compliance framework for solar tracking infrastructure—not a broad policy change, but a targeted procedural upgrade with tangible execution consequences. For stakeholders, it underscores that regulatory timelines are now a core component of project feasibility assessments. Current evidence supports interpreting this as an enforceable operational requirement, not merely a consultative guideline; however, its long-term stability and scalability across other PV components remain open for observation.
Information Sources
Main source: Vietnam Ministry of Industry and Trade (MOIT), Circular No. 12/2026/TT-BCT, issued April 24, 2026.
Supplementary reference: Public service information published by TÜV SÜD Vietnam on PV tracking system type testing (as of May 2026).
Note: Implementation details—including fee structure, test report validity period, and grandfathering provisions for existing contracts—remain pending official clarification and are subject to ongoing monitoring.
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