SASO Updates Smart Home Energy Labeling Standard in Saudi Arabia

Saudi Arabia’s Standards, Metrology and Quality Organization (SASO) issued the revised SASO IEC 62301:2026 standard on May 8, 2026, mandating new energy efficiency labeling requirements for smart home products—including smart lighting, thermostats, and security control hubs—effective July 2026. This update directly impacts manufacturers, exporters, and certification service providers engaged in the Saudi market, particularly those supplying from China and other major OEM hubs. Its significance lies not only in tightened technical thresholds but also in the compressed timeline for compliance, making it a high-priority regulatory development for supply chain stakeholders.

Event Overview

On May 8, 2026, SASO published SASO IEC 62301:2026, the updated national version of the international standard for measuring standby power consumption. The revision introduces a new energy label scale (A+++ to D) and lowers the maximum allowable standby power for covered smart home devices to ≤0.2 W. Enforcement begins on July 1, 2026. Chinese OEM manufacturers are required to complete laboratory retesting and update their SASO registration by the end of June 2026.

Industries Affected

Direct Exporters and Trading Companies

These entities face immediate compliance risk if product documentation or labeling does not reflect the updated SASO IEC 62301:2026 requirements prior to shipment. Non-compliant consignments may be rejected at Saudi customs or subject to post-import verification delays.

Original Equipment Manufacturers (OEMs), Especially in China

OEMs producing smart home devices for export to Saudi Arabia must revise internal test protocols and revalidate product standby power performance against the new ≤0.2 W limit. The June 2026 deadline for lab retesting and SASO registration updates imposes operational pressure on quality assurance and regulatory affairs teams.

Third-Party Testing and Certification Service Providers

Laboratories accredited for SASO conformity assessment will see increased demand for standby power testing under the revised standard. Capacity planning and alignment with SASO’s updated reporting templates become critical in the coming months.

Key Actions for Relevant Enterprises and Practitioners

Monitor official SASO communications for implementation guidance

SASO has not yet published detailed labeling format specifications, transitional provisions, or enforcement FAQs. Enterprises should track announcements via the SASO e-Services portal and registered notifications to avoid misinterpretation of label design or submission procedures.

Prioritize retesting for high-volume and high-risk SKUs

Given the tight June 2026 deadline, manufacturers should identify top-selling smart lighting, thermostat, and security hub models bound for Saudi Arabia—and confirm whether existing test reports meet the ≤0.2 W threshold. Products previously certified under older versions of IEC 62301 may require full retesting.

Distinguish between policy issuance and operational readiness

The May 8, 2026 publication date marks formal standard release—not the start of enforcement. However, the July 2026 effective date means no grace period is indicated; compliance must be verified before shipment. Businesses should treat the June deadline as non-negotiable for registration and documentation updates.

Align procurement and production schedules with certification timelines

Suppliers of key components—such as low-power microcontrollers or efficient AC/DC converters—may need to provide updated technical documentation to support retesting. Procurement teams should verify component-level standby power claims and secure updated declarations from Tier-2 suppliers where applicable.

Editorial Perspective / Industry Observation

Observably, this update reflects SASO’s broader shift toward harmonizing with EU-style energy labeling frameworks—evident in the adoption of the A+++–D scale and stricter standby limits. Analysis shows that the accelerated timeline (less than two months between publication and mandatory registration) signals growing regulatory capacity and enforcement intent, rather than merely procedural refinement. From an industry perspective, this is less a one-off adjustment and more a signal of tightening convergence between Saudi energy policy and global best practices—particularly for connected consumer electronics. Continuous monitoring is warranted, as further expansions to the scope (e.g., inclusion of smart plugs or voice assistants) could follow in subsequent revisions.

This development underscores how regional energy efficiency mandates increasingly shape product design, testing workflows, and cross-border logistics—not just for premium brands, but across the full OEM and ODM supply chain serving Gulf markets.

Conclusion

The SASO IEC 62301:2026 revision is a concrete regulatory milestone with near-term execution requirements—not a distant policy signal. It highlights the growing operational weight of energy labeling compliance in Middle Eastern markets, especially for digitally enabled home devices. Currently, it is best understood as a binding, time-bound obligation demanding coordinated action across engineering, testing, regulatory affairs, and supply chain functions—rather than a strategic initiative open to phased implementation.

Source Attribution

Main source: Saudi Standards, Metrology and Quality Organization (SASO), official publication of SASO IEC 62301:2026 on May 8, 2026.
Points requiring ongoing observation: SASO’s forthcoming guidance on label layout, transitional arrangements for stock already in transit, and potential scope extensions beyond currently listed smart home categories.