Saudi SASO and UAE ESMA Energy Labels for LED Lighting

Saudi Arabia and the United Arab Emirates both control lighting imports through a registration and labelling scheme rather than a spot check at the border. A lamp or luminaire that carries the right certificate but not the right label file can be held while the paperwork is rebuilt, and the rebuild happens at the importer’s cost. The two schemes are separate, they use different portals, and a file accepted in one market does not clear the other.

The Two Regimes

Saudi Arabia routes conformity through SASO and its SABER platform, where a product certificate is issued for the model and a shipment certificate is issued per consignment. Energy efficiency requirements for lighting sit alongside the general safety scheme, and the label artwork is part of the registered record. The UAE routes through ESMA, now under the Ministry of Industry and Advanced Technology, with product registration and the Emirates Conformity Assessment Scheme for safety plus an energy label for regulated lighting categories.

The scope lists are revised from time to time, and the categories in scope are not identical between the two markets, so a model range should be checked against the current list rather than the last shipment (to be verified against the current published scope).

What the Files Require

Both schemes lean on the IEC test family for the product itself. LED lamps are typically tested to IEC 62612 for performance, luminaires to IEC 62717 or IEC 62776 where retrofit tubes are involved, and safety to the relevant IEC 60598 or IEC 62560 parts. Photometric data at the rated condition, usually from an LM-79 style test, supports the efficacy claim printed on the label. Saudi Arabia has moved toward requiring testing at accredited laboratories and, for some scopes, in-country testing, so a report from an unrelated laboratory may be rejected (to be verified per category).

The label itself is a controlled document. It carries the model, the efficacy class, the rated power and the registration number, and the finished artwork has to match the registered values exactly. A label that quotes a different wattage from the certificate, even where the difference comes from a genuine product revision, is a mismatch on the record and is treated as a compliance failure rather than a typographical one.

The Cost of Getting It Wrong

The expensive failure is a shipment that arrives before registration is complete. Containers held at a Gulf port accrue storage and demurrage, and relabelling in a bonded warehouse needs the importer to arrange labour, remove the old labels cleanly and reapply approved artwork. Where the model was never registered, the goods may have to be returned or destroyed. A single rejected consignment usually costs more than the registration and testing for the whole range, which is the argument for treating the certification as a schedule item rather than a shipping formality.

How a Supplier Should Prepare

Keep test reports filed by SKU and by standard, with the report number recorded against the model in a single register, so a shipment certificate can be raised without a hunt through email. Register the range before the first order rather than after, because the lead time runs on the authority’s queue and not on the factory. Version control the label artwork and lock it to the certificate revision, so a change in rated wattage triggers a registration update and not a quiet print run. Finally, work through an in-country agent that already holds portal access and understands which laboratory reports the authority currently accepts, because the acceptable evidence list moves faster than most suppliers track it.

Fact-check status: source list pending

Related reading

• the EU ecodesign and energy labelling revision for lighting
• more trade and policy coverage in Industry News