Charger Certification Guide 2026: UL, CE, FCC & EU USB-C Rule

1. US Market: What Certifications Do Chargers Need?

UL 62368-1 —Safety (Effectively Mandatory)

Technically voluntary under federal law, UL certification is required by Amazon, Walmart, and Best Buy to list chargers. Amazon now enforces UL test reports for chargers and power adapters. UL 62368-1 has fully replaced UL 60950-1. ETL and CSA are accepted alternatives. For a deeper look at charger safety standards, see our dedicated guide.

FCC Part 15B —EMC (Mandatory)

Every charger with a switching power supply must comply with FCC Part 15 regulations. Two paths exist:

FCC has no mutual recognition with CE. Separate testing is always required.

DOE Level VI / CEC —Energy Efficiency (Mandatory)

Federal DOE Level VI requires average efficiency above 87% for small power supplies and no-load power below 0.1W. California CEC can be stricter.

Energy Star (not required) helps products stand out on Amazon and in retail RFP processes.

2. FCC Bans Chinese Testing Labs (May 2026)

In May 2026, the FCC voted to prohibit China-based testing laboratories from performing equipment authorization for electronics destined for the US market. This affects approximately 75% of global device certifications.

What This Means for Importers

Impact on Certification Cost & Timeline

Expect 15-30% cost increases and 1-3 week timeline extensions as demand shifts to non-Chinese labs. Importers should factor this into 2026 product launch schedules.

3. EU Market: CE Marking & The New USB-C Mandate

CE Marking —The Legal Passport

Without valid CE marking, chargers cannot be sold in any EU member state. CE covers multiple directives:

CE marking is self-declaration for most chargers. An EU-based authorized representative must be named as the legally responsible party. For importers new to China sourcing, our factory verification checklist covers how to verify a manufacturer's certification claims.

EU Universal Charger Directive (2022/2380)

This is the most significant regulatory change for chargers in years:

Chargers must comply with EN IEC 62680-1-2 (PD protocol) and EN IEC 62680-1-3 (Type-C receptacle). Simply having a Type-C port is not enough —PD handshake failures have already caused product rejections. See our USB-C PD fast charging guide for technical details on protocol compliance.

The UK requires UKCA marking instead of CE. However, the UK has indefinitely extended acceptance of CE marking for most product categories — new product submissions can still use CE.

4. EU Battery Regulation 2023/1542: What Changes in 2027

The EU Battery Regulation (2023/1542) replaces the old Battery Directive and introduces sweeping new requirements for any product containing batteries — including power banks, portable chargers, and laptop chargers with integrated cells. Full enforcement begins February 18, 2027.

For B2B importers sourcing charging products from China, this regulation adds four major compliance layers on top of existing CE requirements:

1. Battery Passport (Digital Identity)

Every industrial and EV battery (and portable batteries above 2 kWh from 2027) must carry a unique digital passport accessible via QR code. The passport records chemistry, capacity, manufacturing origin, carbon footprint data, and recycled content. Your factory must implement traceability systems to generate this data.

2. Carbon Footprint Declaration

Manufacturers must calculate and declare the carbon footprint of each battery model across its full lifecycle — from raw material extraction through production. By 2028, batteries exceeding carbon intensity thresholds will be banned from the EU market. Factories without carbon accounting capabilities will become ineligible suppliers.

3. Extended Producer Responsibility (EPR)

Importers must register with national EPR schemes in every EU country where they sell, finance end-of-life collection and recycling, and meet minimum recycled content targets (16% cobalt, 6% lithium, 6% nickel by 2031). This applies to all portable batteries including those in power banks.

4. Supply Chain Due Diligence

Economic operators must implement due diligence policies covering cobalt, lithium, nickel, and natural graphite sourcing. This means auditable supply chain documentation from mine to finished product — a requirement many smaller factories cannot yet meet.

Compliance Timeline: Key Deadlines

What This Means for OEM Buyers

When selecting a charger or power bank factory, importers must now verify:

• — Can the factory provide battery cell traceability documentation?
• — Does the factory have carbon footprint calculation capability (ISO 14067)?
• — Are battery cells sourced from suppliers with auditable due diligence?
• — Can the factory support QR-code labeling for battery passport data?

5. US vs EU: Side-by-Side Comparison

All major markets converge on IEC 62368-1 as the global safety baseline. This makes the CB Scheme possible.

6. The CB Scheme: How to Save Time & Money

The IECEE CB Scheme allows a single safety test report to be recognized across 60+ countries, eliminating redundant testing.

How It Works

1. Test to IEC 62368-1 at an accredited CB testing laboratory
2. Receive a CB Test Certificate and Test Report
3. Convert the CB report into national certifications: CE (EU), UL (US), KC (Korea), PSE (Japan)
4. Only national differences need additional testing

The CB Scheme does not cover EMC or energy efficiency, which must be tested separately per region.

7. Certification Costs & Timelines (2026 Updated)

8. Who Is Legally Responsible? Importer Obligations

In both the US and EU, the importer —not the overseas factory —bears legal responsibility for compliance.

9. Common Compliance Pitfalls & How to Avoid Them

10. Certification Checklist: Before You Ship