SASO 2902: Saudi Arabia LED Efficiency Rules for Sourcing

SASO 2902 is the mandatory Saudi technical regulation governing the energy efficiency, functionality, and labelling of lighting products imported into the Kingdom of Saudi Arabia (KSA). Its 2023 revision sets a strict minimum luminous efficacy of 90 lumens per watt (lm/W), which became fully mandatory on 2025-06-01.

If you are sourcing LED lighting from China to sell in the Saudi market, your products must meet this standard to clear customs. The requirement is enforced through SASO certification conformity on the SABER platform. A standard 80 lm/W LED panel light that ships without issues to Europe or North America will be rejected at the Saudi border.

What SASO 2902:2023 Requires for LED Lighting

• Luminous efficacy: ≥90 lm/W for LED products (mandatory since 2025-06-01).
• Functional performance: lifetime, lumen maintenance, power factor, and colour characteristics within defined limits.
• Labelling: an energy-efficiency label and accurate rated specifications.
• Test methodology: the efficacy figure must come from an accredited photometric test report where the lab measures total lumens output against input power. Marketing claims are not sufficient; the SABER conformity assessment body needs the measured number.

The gap between 80 lm/W and 90 lm/W is not trivial. It usually forces a change in LED chip grade, driver efficiency, or thermal design. A factory that built a panel for the EU market under CE marking often cannot simply relabel the same unit for KSA without redesigning the light engine or selecting a higher-efficacy bin.

Which LED Lighting Products Are in Scope?

SASO 2902 covers LED lighting across the smart and non-smart range: bulbs, downlights, panels, LED strips, ceiling and linear fixtures, and smart lighting controllers driving LED loads. If a product emits light via LEDs and runs on mains voltage, assume SASO 2902 applies and ask for the photometric report.

Battery-operated or solar-only products are generally outside the scope, although any mains-powered charger or controller sold with them may still need assessment. When in doubt, confirm the HS code and the exact product category with your conformity assessment body before production starts.

SASO 2902 Verification Checklist for Buyers

1. Ask for the photometric report, not a datasheet claim. The report should state measured lm/W, input voltage, and operating conditions.
2. Check the number is ≥90 lm/W at the rated drive current. Some factories quote efficacy at a lower current or lower colour temperature than production uses.
3. Confirm the lab is ILAC-accredited. An internal factory report will not pass the SABER conformity assessment body.
4. Match the model number on the report to the production unit, including wattage, colour temperature, and driver variant.
5. Cross-check the driver and LED chip bill of materials. Swapping a driver or LED reel after certification is a common cause of border rejection.
6. Verify the label artwork against the report before mass printing. Incorrect energy-class labels are a frequent paperwork hold-up.

This is the single most common Saudi rejection point for lighting, and it is cheap to catch at pre-shipment inspection and expensive to catch at customs.

Common Factory Mistakes We See

• Optimistic datasheet numbers. A factory may hand you a marketing sheet quoting 95 lm/W while the measured value is 83 lm/W.
• Wrong test conditions. Efficacy rises at lower drive currents or cooler temperatures. A report run at 25 °C and 200 mA does not represent a 300 mA ceiling-light operating at 45 °C.
• Model-number drift. The tested sample used premium chips; mass production uses a cheaper bin. The paperwork looks correct until the border sample is re-tested.
• Missing lifetime or lumen-maintenance data. SASO 2902 asks for more than lm/W. A report that omits L70 lifetime or lumen maintenance will be returned by the notified body.

A factory audit focused on the LED production line can catch these issues before tooling is committed.

When to Test at a Lab vs. Relying on Factory Paperwork

Use the factory’s existing ILAC report only when the model, specifications, and production BOM are identical to your order. Engage an independent accredited lab when:

• The product is a new SKU or a customised housing/driver.
• The factory cannot produce an accredited report dated within the last 12 months.
• You are combining a new LED module, driver, or diffuser that changes the optical or thermal path.
• The order value is high enough that a border rejection would exceed the $500–1,000 cost of confirmatory testing.

Cost and Timeline Ranges

In our experience sourcing lighting out of Guangdong and Zhejiang:

• ILAC-accredited photometric test: $300–800 per model, 5–10 working days.
• SABER Product Certificate of Conformity (PCoC): $200–500 per model, 3–7 working days after test submission.
• Pre-shipment efficacy spot-check: $150–300 per lot, 1–2 days.
• Total added lead time for a new model: 2–3 weeks if planned before production; 4–6 weeks if testing starts after goods are finished.

These figures assume the product passes on the first attempt. A failure requiring a redesign can add 3–6 weeks and often $1,000–3,000 in rework and re-test costs.

How SASO 2902 Links to Sourcing Decisions

The standard shapes supplier selection more than most buyers expect. A factory experienced with KSA shipments will already have accredited reports, understand the 90 lm/W floor, and know how to structure a BOM that passes. A factory that sells mainly to Africa or Southeast Asia may quote a lower price but lack the documentation discipline Saudi customs demands.

We treat SASO 2902 as a sourcing filter, not just a certification step. Before negotiations, we ask for the report and check the lab accreditation. If the factory delays or provides an internal report, that is a signal to dig deeper into their quality system. For more on vetting suppliers, see how to verify a Chinese supplier and our notes on electronics quality control in China.

For the broader Saudi sourcing and certification picture, see sourcing smart home devices for Saudi Arabia and the SASO/SABER certification guide.

Key Takeaways for Similar Buyers

• Do not assume a CE-marked or UL-listed LED product meets SASO 2902. The 90 lm/W threshold is higher than many regional defaults; treat each market separately, as covered in our global electronics certification guide.
• Obtain the ILAC-accredited photometric report before issuing a purchase order, not after production.
• Lock the LED chip, driver, and thermal design in the contract; any substitution voids the compliance basis.
• Budget 2–3 weeks and $500–1,300 for testing and SABER PCoC on a new model.
• Add an efficacy check to your pre-shipment inspection scope. Catching an 85 lm/W panel in Shenzhen is far cheaper than unloading it in Dammam.