Morocco’s Ministry of Energy issued Administrative Order No. 2026-117 on April 28, 2026, mandating IEC 61427-2:2025-based local sand-wind testing for photovoltaic mounting systems used in southern desert projects—effective October 1, 2026. This development directly impacts solar PV manufacturers, exporters, and project integrators serving the Moroccan market, particularly those based in China. It signals a shift from generic international certification to location-specific environmental validation, raising new technical and operational thresholds for market access.

Event Overview

On April 28, 2026, Morocco’s Ministry of Energy published Administrative Order No. 2026-117. The order stipulates that, starting October 1, 2026 (Q3 2026), all photovoltaic mounting systems deployed in southern desert solar projects must obtain certification through physical wind-sand environmental testing conducted in accordance with IEC 61427-2:2025. Testing must be performed at locally established sampling points in Agadir or Rabat. Chinese solar PV enterprises without such local sampling infrastructure will be disqualified from bidding on relevant projects. Multiple Chinese manufacturers have jointly initiated construction of localized test centers with TÜV SÜD.

Impact on Specific Industry Segments

Direct Exporters & OEM Manufacturers: Affected because compliance is now tied to physical presence and local test execution—not just factory-level certification. Impact manifests as loss of tender eligibility, delayed project timelines, and increased pre-bid verification costs.

Supply Chain & Logistics Service Providers: Affected due to new requirements for sample transportation, on-site coordination, and documentation traceability between manufacturing sites and Moroccan test locations. Impact includes revised service scope, tighter lead-time planning, and need for certified logistics handover protocols.

Engineering, Procurement & Construction (EPC) Contractors: Affected as mounting system qualification becomes a mandatory pre-contract condition for southern desert projects. Impact includes stricter vendor pre-qualification checks, extended procurement cycles, and potential redesign risks if certified mounts are not available in required configurations.

Third-Party Certification & Testing Agencies: Affected by the emergence of demand for localized IEC 61427-2:2025 implementation—including test facility setup, personnel accreditation, and cross-border audit alignment. Impact includes new business development focus on North African infrastructure and calibration partnerships.

Key Focus Areas and Recommended Actions for Stakeholders

Monitor official updates on implementation guidance

Administrative Order No. 2026-117 is effective October 1, 2026, but supporting technical annexes, sampling frequency rules, and recognized test lab criteria remain pending. Stakeholders should track publications from Morocco’s National Office of Electricity and Drinking Water (ONEE) and the Moroccan Agency for Sustainable Energy (MASEN).

Confirm eligibility of current and planned mounting product lines

Manufacturers must verify whether existing IEC 61427-1 or IEC 61427-2:2016 certifications meet the new IEC 61427-2:2025 requirement—and whether their structural designs pass real-world sand abrasion and dynamic wind load tests under Moroccan desert conditions. Re-testing may be required even for previously certified models.

Evaluate feasibility of establishing or partnering with local sampling infrastructure

As the order requires sampling points in Agadir or Rabat, companies without local entities must assess options: co-location with TÜV SÜD or other accredited partners, joint venture arrangements, or dedicated small-scale sampling hubs. Lead time for facility approval and equipment commissioning should be factored into 2025–2026 planning.

Update procurement and tender documentation workflows

Exporters and EPCs must revise internal checklists to include proof of local sampling point registration, test report issuance dates, and conformity statements referencing IEC 61427-2:2025—not earlier editions. Bid submissions lacking these elements will be rejected outright post-October 2026.

Editorial Perspective / Industry Observation

Observably, this regulation marks Morocco’s transition from adopting global standards to enforcing context-specific validation—a move increasingly common among emerging solar markets with extreme environmental conditions. Analysis shows it functions less as an immediate trade barrier and more as a signal of long-term market maturation: technical due diligence is shifting downstream, from design-stage compliance to site-relevant performance assurance. From an industry perspective, the requirement reflects growing emphasis on asset longevity and O&M predictability in arid zones—not just initial cost or LCOE modeling. Current developments suggest stakeholders should treat this as both a compliance milestone and a strategic inflection point for localization strategy.

Current more suitable understanding is that this is a policy signal with phased operational impact—not yet a fully enforced regime. While the deadline is fixed, the absence of finalized test protocols and accredited lab lists means practical implementation remains subject to further clarification over the next 18 months.

This regulatory step underscores how environmental specificity is becoming a non-negotiable layer of solar infrastructure certification in high-irradiance, high-abrasion regions. For global suppliers, it reinforces that standardization alone no longer suffices; adaptive, geography-aware compliance is now central to market access in key growth corridors.

Information Source: Morocco Ministry of Energy, Administrative Order No. 2026-117 (issued April 28, 2026). Pending details—including test methodology specifications, list of authorized laboratories, and transitional provisions—are under active observation and require ongoing monitoring.