Zhongshan Smart Scoreboard Export: SASO Energy Testing Update

On May 2, 2026, a domestically developed commercial smart scoreboard — deployed during Zhongshan’s away win against Zhaoqing in the Guangdong Basketball Association (GBA) Western Division — drew attention from Saudi importers. The device, featuring Wi-Fi 6 and LoRa dual-mode transmission, triggered new compliance considerations for exporters targeting the Middle East, particularly Saudi Arabia. This development signals implications for manufacturers, exporters, and certification service providers engaged in intelligent sports equipment, energy-efficient electronics, and regulated consumer electronics exports to Gulf Cooperation Council (GCC) markets.

Event Overview

On May 2, 2026, Zhongshan secured its sixth consecutive victory in the Guangdong Basketball Association (GBA) Western Division, defeating Zhaoqing in an away match. The game featured a Chinese-made commercial smart scoring display with Wi-Fi 6 and LoRa dual-mode wireless transmission. Following the match, Saudi procurement representatives expressed interest in the product. Separately, the Saudi Standards, Metrology and Quality Organization (SASO) issued Amendment 2 to SASO IEC 62368-1:2025, introducing a new requirement: standby power consumption ≤0.5 W. Multiple Middle Eastern importers have since requested that Chinese suppliers submit supplementary energy efficiency test reports and affix Arabic-language energy labels.

Which Subsectors Are Affected

Direct Exporters of Intelligent Sports Equipment

These companies face immediate compliance pressure when shipping to Saudi Arabia. The new SASO amendment applies directly to powered electronic displays used in public or commercial settings — including scoreboards, digital signage, and interactive kiosks. Affected exporters must now verify whether their existing test reports cover standby power under the updated standard, and whether labeling meets Arabic language and layout requirements per SASO regulations.

Electronics Manufacturers (OEM/ODM)

Manufacturers supplying smart display modules or full-system assemblies to export brands may need design or firmware revisions to meet the ≤0.5 W standby power threshold. This affects power management circuitry, sleep-mode logic, and component selection — especially for devices previously certified only to older editions of IEC 62368-1 or regional equivalents.

Certification & Compliance Service Providers

Laboratories and conformity assessment bodies accredited for SASO certification must confirm whether their current test protocols include measurement of standby power under the conditions defined in Amendment 2. Some may require equipment upgrades or method validation to issue valid reports post-amendment.

What Relevant Companies or Practitioners Should Focus On Now

Monitor Official SASO Updates and Interpretive Guidance

Analysis shows SASO has not yet published transitional timelines or enforcement dates for Amendment 2. Exporters should track official SASO notices and consult authorized local representatives for clarification on applicability scope — e.g., whether the rule covers battery-powered units or only mains-connected devices.

Identify High-Risk Product Categories and Markets

Observably, smart displays with always-on connectivity (e.g., Wi-Fi 6, LoRa gateways), remote monitoring features, or auxiliary power supplies are most likely to exceed the 0.5 W limit. Exporters serving Saudi Arabia, UAE, and other GCC countries adopting harmonized IEC 62368-1 implementations should prioritize review of these models first.

Distinguish Between Regulatory Signal and Operational Requirement

The current request from Middle Eastern importers reflects market-driven anticipation — not yet mandatory SASO enforcement. From industry perspective, this signals growing buyer-side risk mitigation behavior. Suppliers should treat it as a pre-compliance signal rather than confirmed regulatory obligation until SASO publishes formal implementation guidance.

Prepare Documentation and Labeling Assets Proactively

Current more suitable action includes compiling technical documentation for standby power testing (e.g., schematics, firmware version logs, test setup photos), engaging labs for preliminary verification, and drafting bilingual (English–Arabic) energy label templates aligned with SASO SBC 2047:2022 formatting rules — even before final test reports are issued.

Editorial Observation / Industry Perspective

This incident is better understood as an early-market ripple rather than an immediate regulatory inflection point. Analysis shows the convergence of a visible field deployment (Zhongshan’s scoreboard), regional procurement interest, and a recently published but not yet enforced amendment — creating a real-time test case for how global standards updates propagate through supply chains. It highlights how localized sporting infrastructure upgrades can catalyze downstream compliance awareness across export-oriented electronics sectors. Observably, such events often precede broader adoption of stricter energy limits in other GCC markets — making them valuable leading indicators for compliance planning.

Conclusion:

This event underscores that energy efficiency requirements for commercial electronic displays are tightening incrementally in key export markets — not just for household appliances, but also for specialized B2B equipment. It does not represent an immediate ban or recall trigger, but rather a signal that standby power performance is entering the scope of due diligence for regulated electronics in the Middle East. Current interpretation should focus on preparedness, not panic: verification readiness, documentation hygiene, and selective engagement with accredited labs are more appropriate responses than broad product redesigns at this stage.

Information Sources:

• SASO IEC 62368-1:2025 Amendment 2 (official publication, May 2026)
• Public match report: Guangdong Basketball Association, May 2, 2026
• Unconfirmed importer communications — subject to ongoing verification