For Southeast Asian manufacturers and exporters looking to enter the European electric mobility market, CE certification is not optional—it's the gateway to market access. When you sell on Alibaba.com targeting EU buyers, understanding the full scope of CE compliance requirements is essential for building trust and avoiding costly compliance failures.
The CE mark indicates that a product meets EU health, safety, and environmental protection requirements. For electric scooters, this involves compliance with multiple EU directives and regulations, each addressing different aspects of product safety and environmental impact.
The Technical Standard: EN 17128
Since April 2021, EN 17128 has been the primary European standard for personal light electric vehicles (PLEVs), including electric scooters. This standard replaced the earlier EN 14619 and specifies safety requirements and test methods designed to reduce the risk of injury to riders and third parties [3].
EN 17128 covers both vehicle-level and component-level safety requirements, including:
- Maximum speed limitations (typically 20-25 km/h depending on national rules)
- Brake performance and stopping distance requirements
- Structural integrity and durability testing
- Electrical safety and water resistance (IP rating)
- Lighting and visibility requirements
- Marking and user manual specifications
It's important to note that EN 17128-compliant scooters are currently excluded from the Machinery Directive, operating under a separate regulatory framework. However, Micromobility for Europe (MMfE) has recommended inclusion in the Machinery Regulation or the establishment of an EU-wide type-approval system to reduce fragmentation [3].
Multiple Directives Apply Simultaneously
CE certification for electric scooters is not a single test—it's a comprehensive compliance process covering multiple regulatory areas:
| Directive/Regulation | What It Covers | Key Requirements |
|---|---|---|
| EMC Directive 2014/30/EU | Electromagnetic compatibility | EN 55032 (emissions), EN 55035 (immunity) testing in anechoic chambers |
| Low Voltage Directive 2014/35/EU | Electrical safety | Protection against electric shock, insulation testing |
| RoHS Directive 2011/65/EU | Hazardous substances | Restrictions on lead, mercury, cadmium, hexavalent chromium |
| Battery Regulation 2023/1542 | Battery safety & sustainability | UN 38.3 transport testing, IEC 62133 safety, carbon footprint labeling |
| Machinery Regulation 2023/1230 | Mechanical safety | Risk assessment, protective measures, technical documentation |
Each directive requires separate testing and documentation, which significantly impacts certification costs and timelines [1].
2026 Regulatory Landscape: Harmonisation vs. National Variance
While the EU is pushing for technical harmonisation, national and city-level rules remain fragmented. According to OKAI's 2026 EU e-scooter laws update, there's a clear separation between:
- EU-level technical compliance (CE marking, battery safety, EMC) — harmonised across member states
- National/city-level usage rules (speed limits, riding zones, parking) — vary significantly [2]
For example:
- Germany: 20 km/h limit, mandatory insurance, bike path usage required
- France: 25 km/h limit, prohibited on sidewalks, helmet recommended
- Netherlands: 25 km/h limit, allowed on bike paths
- Ireland: 20 km/h limit, 400W max power, 352 scooters seized in Dublin (Jan-Feb 2026) for non-compliance [6]
- United Kingdom: Private e-scooters remain illegal except in rental trial areas; government review scheduled for Q2 2026 [7]
The European Parliament is actively pushing for harmonised type approval frameworks in 2026, which would standardise technical requirements across member states. However, until this is implemented, suppliers must ensure their products can be firmware-configured for different market speed limits [2].
