
On July 22, 2026, the Saudi Standards, Metrology and Quality Organization (SASO) updated the Technical Specification for Intelligent Operation and Maintenance Equipment for Photovoltaic Power Stations (SASO IEC 63259-2:2026), further specifying the market access requirements for imported photovoltaic cleaning robots. The new regulation not only defines the energy-efficiency threshold as Tier 3, but also imposes mandatory requirements for localized operating interfaces and communication modules. This means that the relevant impact will be directly transmitted to export manufacturing, procurement and model selection, certification preparation, technical documentation, and subsequent delivery. For equipment suppliers and channel partners targeting the Saudi market, this is no longer a general parameter adjustment, but an implementation signal requiring prompt verification of product compatibility and compliance materials.
According to the disclosed information, SASO updated the Technical Specification for Intelligent Operation and Maintenance Equipment for Photovoltaic Power Stations (SASO IEC 63259-2:2026) on July 22, 2026. The update requires all imported photovoltaic cleaning robots to meet the IEC 63259-2 Tier 3 energy-efficiency rating from November 1, 2026, with a specific requirement that energy consumption per unit cleaning area must not exceed 0.18kWh/m².
In addition to the energy-efficiency requirements, the new regulation also requires the relevant equipment to be mandatorily equipped with a localized Arabic operating interface and a Wi-Fi 6 communication module. The information provided also indicates that this regulatory change will eliminate approximately 35% of existing low- and mid-range Chinese-made models.
For export manufacturers, the most direct impact concerns whether their products can still meet the import conditions of the Saudi market. The energy-efficiency rating, Arabic operating interface, and Wi-Fi 6 module have changed from optional configurations into market access requirements. Relevant companies need to recheck whether the configurations, technical parameters, testing materials, and shipping versions of their existing models are consistent. If the original products are positioned in the low- or mid-range segment, they are more likely to be affected in terms of model retention, configuration adjustments, and delivery arrangements.
Procurement parties and personnel responsible for selecting project equipment will also be affected. Following the regulatory change, equipment procurement will involve more than comparing prices and basic functions. It will also require confirmation that products meet the new energy-efficiency threshold and have an Arabic localized interface and Wi-Fi 6 communication capability. For businesses that are still preparing procurement or have not yet finalized a model, the wording concerning the above requirements in procurement documents, technical specifications, and supply conditions needs to be updated promptly.
For channel distribution companies, traders, and supply chain service providers, the key change is the increased risk in front-end product screening and back-end delivery. According to the analysis, if the product model itself does not comply with the new regulation, obstacles may arise during compliance review, document submission, or delivery coordination even when supply arrangements have already been made. Therefore, the relevant business parties need to become involved earlier in technical confirmation, document verification, and model screening, rather than proceeding with transactions solely on the basis of existing sales catalogs.
From the perspective of supporting certification and testing activities, once the regulation enters the implementation stage, companies will have more concentrated needs for energy-efficiency evidence, technical document consistency checks, and configuration compliance confirmation. Based on current observations, testing service organizations, certification consultants, and after-sales support teams serving the Saudi market will increasingly need to provide targeted support related to energy-efficiency indicators, interface localization, and communication configurations.
The first task for companies is to review the photovoltaic cleaning robot models planned for export or currently under discussion and confirm whether their energy consumption per unit cleaning area meets the Tier 3 requirement. Since the information provided only specifies the threshold and implementation date, without providing more detailed assessment rules, relevant companies should initially conduct internal checks based on product parameters, testing criteria, and differences between models.
In addition to energy efficiency, the Arabic operating interface is an explicit mandatory requirement. This will affect software interfaces, operating instructions, training materials, and version management during delivery. According to the analysis, if a company completes only the hardware upgrade without preparing the localized interface and corresponding technical materials at the same time, it may still encounter coordination problems during customer acceptance, certification preparation, or delivery.
The Wi-Fi 6 module has been included as a mandatory requirement, meaning that relevant companies need to pay attention to the risk of inconsistencies between different batches and configuration versions. For companies shipping multiple versions, customizing products according to projects, or distributing products through channels, the correspondence between technical specifications, shipping lists, and product labels deserves close verification.
As the information currently available mainly covers the regulatory update and its implementation start date, without more detailed implementation guidance, companies also need to continue monitoring subsequent official statements, certification criteria, and the way the requirements are referenced in tender documents. In particular, changes in subsequent interpretations may affect practical arrangements involving overlapping new and existing projects, the disposal of inventory models, and the execution of signed orders.
Based on current observations, this information is better understood as Saudi Arabia imposing more specific import and usage conditions on photovoltaic operation and maintenance equipment, rather than simply issuing a general standards update notice. The reason is that this change covers three aspects simultaneously: energy efficiency, language interface, and communication modules. The requirements extend into product performance and configuration details, creating direct constraints on exports, procurement, certification, and delivery.
However, from an industry perspective, it is still inappropriate to regard all impacts as fully implemented and certain results. Although the implementation date and core requirements have been clarified, companies still need to continue observing the certification implementation criteria, the way project documents reference the requirements, and the pace at which the market accepts the new requirements. This means that the relevant impacts are both practically urgent and still leave some room for continued observation.
Overall, this regulatory change has clearly signaled that the Saudi market is imposing higher technical and localization requirements on imported photovoltaic cleaning robots. For export companies, procurement parties, and supporting service organizations, the more appropriate approach at present is to regard this as a market access change that has entered the preparation window: complete self-inspection and calibration around the energy-efficiency rating, Arabic interface, and Wi-Fi 6 configuration, while continuing to monitor subsequent implementation details, certification criteria, and market feedback.
This article was generated based on the information title, event date, and event summary provided by the user. The information used includes the following: on July 22, 2026, SASO updated the Technical Specification for Intelligent Operation and Maintenance Equipment for Photovoltaic Power Stations (SASO IEC 63259-2:2026), requiring imported photovoltaic cleaning robots to meet the Tier 3 energy-efficiency rating and be equipped with a localized Arabic operating interface and a Wi-Fi 6 communication module from November 1, 2026, and stating that the new regulation will eliminate approximately 35% of existing low- and mid-range Chinese-made models.
For events of this type, subsequent verification usually needs to be conducted continuously with reference to official announcements, publications by regulatory authorities, documents issued by standards organizations, information from trade authorities, industry association information, and reports from authoritative media. Since no specific official source links were provided in the input, the relevant links and original document content still require ongoing verification. At the same time, policy details, certification implementation criteria, changes in tender documents, industry feedback, and actual company implementation remain areas that warrant continued observation.
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