What Exactly Are CE Certification and EN17128 for Exporting to Europe?
If you plan to enter the European market, “CE certification” is almost unavoidable; nearly all electronic and electrical products entering the EU market require this mark. However, CE certification is a rather broad concept. For electric scooters, it involves a more specific standard—EN17128. Today, let’s clarify the relationship between these two standards and what to pay attention to in practice.
CE certification: a “self-declaration” mark of compliance.
Many people misunderstand CE certification, thinking it’s a “certificate” issued by some organization, requiring samples, testing, and a stamped certificate like other certifications. However, the CE mark is actually closer to a “declaration of conformity”—manufacturers assess their products according to relevant EU directives, confirming compliance with safety, health, and environmental requirements, then affix the CE mark to their products and issue a declaration of conformity.
This might sound like a low barrier to entry, but a “self-declaration” doesn’t mean “no testing is required.” For products like electric scooters, there are typically requirements from multiple EU directives, such as Electromagnetic Compatibility (EMC) and the Low Voltage Directive (LVD). Each directive corresponds to specific technical standards and testing items, requiring testing by a qualified laboratory to obtain a test report as supporting documentation for the declaration of conformity. In other words, the CE marking itself is not the end goal, but rather a “demonstration of the results” from a series of tests and documentation.
EN17128: Standard specifically designed for personal light electric vehicles
EN17128 is a specific safety standard in Europe for personal light electric vehicles (this category covers various product forms such as electric scooters and electric balance bikes). It covers multiple dimensions such as mechanical structural strength, braking performance, electrical system safety, labeling and instruction manual requirements.
Compared to UL2272 mentioned earlier, EN17128 has a more comprehensive scope—it not only focuses on electrical safety but also sets specific requirements for the structure and performance of the vehicle itself, such as handlebar strength testing, braking distance requirements, and stability testing of the whole vehicle under different load conditions.
For products planned for export to Europe, the EN17128 test report is usually one of the important documents supporting the “safety requirements” section of the CE declaration of conformity. Together with test reports on electromagnetic compatibility and the low voltage directive, it forms a complete technical documentation package.
The workload of document processing was greater than expected.
Those encountering these compliance requirements for the first time might underestimate the amount of documentation involved. A complete technical file typically includes: product design drawings, circuit diagrams, risk assessment reports, various test reports, user manuals (which need to include specific language versions and safety warnings), declarations of conformity, etc. These documents need to be kept on file and provided when requested by regulatory authorities.
Here’s an easily overlooked point: technical documentation isn’t something you can “throw away after certification,” but rather something you need to keep continuously throughout the product’s sales cycle. If product specifications change (for example, by changing battery suppliers or adjusting motor parameters), the technical documentation also needs to be updated accordingly; otherwise, the original CE declaration of conformity may no longer be applicable to the changed product.
When communicating with the factory, it is advisable to ask these questions.
If you are purchasing OEM products from a factory, it is recommended to ask clearly at the beginning of the cooperation: Can the factory provide a complete CE technical documentation package, including test reports related to EN17128, EMC, and LVD? Are the product specifications corresponding to these reports completely consistent with the actual models to be purchased? If the specifications need to be adjusted according to the brand’s requirements later, can the relevant certification documents be updated or retested simultaneously?
Asking these questions at the beginning of the cooperation can avoid the embarrassing situation of discovering that the certification documents do not match the actual product only after the product has arrived at European customs or been listed on e-commerce platforms.
In conclusion
CE certification and the EN17128 standard essentially reflect the systematic requirements of the European market for the safety and compliance of personal light electric vehicles. These requirements may seem cumbersome, but for brands that truly want to operate in the European market long-term, doing a thorough job of these documents is actually building a relatively solid “safety endorsement” for their products.
If you are assessing the feasibility of exporting to Europe, it is recommended to communicate with the factory or a professional compliance consulting agency as early as possible and incorporate the time cost of document preparation into the overall project plan.
