Based on the information provided in this update, the General Administration of Customs of China issued Announcement No. 48 of 2026 on August 15, 2026, revising the Export Declaration Operating Guidelines for Photovoltaic Cleaning and Inspection Equipment. The core change is that, for the first time, intelligent cleaning equipment integrating AI image recognition and edge computing units will be assigned separate HS subheadings and a classification decision tree. It is also expressly stipulated that an algorithm function description and test video must be provided at the time of declaration; otherwise, the declaration will be returned as an “undeclared functional component.”

Judging from the wording of the rules, this revision is not merely an addition to the required declaration documents. Rather, it formally incorporates the algorithm capabilities and edge computing units of the equipment into the export classification framework. For declaration practices that previously focused more on mechanical structure, cleaning functions, or inspection applications, equipment involving intelligent functions may now need to be presented comprehensively in terms of both “hardware and functional modules.”

The key changes focus on making intelligent functions provable, classifiable, and verifiable

One clear signal released by this announcement is that photovoltaic O&M equipment integrating AI image recognition and edge computing capabilities is being identified and differentiated in greater detail. The introduction of separate HS subheadings and a classification decision tree means that such equipment can no longer be declared using relatively general product descriptions. Companies need to provide more targeted explanatory materials based on the actual functions of the equipment.

In particular, the requirements for an “algorithm function description” and a “test video” indicate that regulatory attention is no longer limited to whether the equipment is equipped with a certain type of module. It also focuses on the functional role, application method, and verifiability of these modules within the equipment. For exporters, customs declaration operations, and product compliance teams, this will directly raise the requirements for the completeness of preliminary document preparation.

Short-term impacts may first emerge in declaration procedures and internal coordination

Based on the information currently available, the most direct short-term impact may not be a change to the products themselves, but an adjustment to companies’ internal declaration preparation procedures. Companies exporting intelligent cleaning equipment may need to coordinate their technical, product, legal, and foreign trade teams earlier before shipment, review the specific configurations of the AI recognition modules and edge computing units in the equipment, and compile a documentation package capable of supporting the classification determination.

At the customs declaration execution level, the announcement has already specified the relevant consequences: if the required materials are not provided, the declaration will be returned as an “undeclared functional component.” This means that missing documents will no longer be merely a matter of communication and supplementary correction, but may directly affect declaration efficiency and shipment schedules. For companies that previously declared equipment based on the complete-machine concept but provided limited descriptions of intelligent modules, this change should be incorporated into their routine operating checklists as soon as possible.

Higher requirements are also being imposed on product definition and market communication

Another noteworthy aspect of this revision is that it may encourage companies to reassess how they define “intelligent equipment” externally. If there are significant discrepancies between product promotions, technical documents, test materials, and declaration descriptions, the cost of explanation during subsequent classification determinations may increase. Conversely, companies that can more clearly explain the boundaries of the equipment’s algorithm functions, the purposes of its recognition capabilities, and the role of the edge computing unit in the complete machine may achieve greater certainty in export declarations.

This does not mean that all equipment with digital functions will be subject to the same treatment. However, at least based on the information in this update, regulatory identification of intelligent functions is moving from the conceptual level to the operational level. For photovoltaic O&M equipment companies, consistency among product definitions, technical documents, test records, and declaration materials may become a more important area of foundational work in the future.

Implementation details will still require further attention

The information currently confirmed mainly comes from the title, date, and summary provided in this update. Regarding this revision, matters that may warrant closer attention include the specific scope of application of the classification decision tree in the original official announcement, the classification criteria for different equipment configurations, and the requirements for the format and level of detail of the materials during actual implementation. Relevant companies may also continue to monitor publicly available information from regulatory authorities and official explanatory documents directly related to the implementation of these rules.

Overall, this update points to a clear trend: as photovoltaic O&M equipment continues to incorporate AI recognition and edge computing capabilities, export declarations are no longer limited to selecting a traditional equipment category. They are beginning to enter a stage in which intelligent functions must be independently identified and substantiated. The extent of the subsequent impact will depend on the implementation details and the speed at which companies adapt, but the direction of the rules is already quite clear.