CROSS-STANDARD public interest · LED luminaire
China-to-Brazil LED Luminaire Compliance Gap Matrix
AI-compiled from official public sources — cross-checked by multiple AI models, not human-verified. Informational only; see disclaimer. Public-interest, source-linked comparison of common China LED luminaire documentation against Brazil's INMETRO compulsory conformity assessment under Portaria INMETRO 389/2021, ABNT NBR IEC 60598 / 62560 safety standards, ANATEL homologation for wireless functions, and PBE/Selo PROCEL energy labelling versus Chinese GB standards and CCC certification.
Dataset 2026-06-11
Last verified 2026-06-15
11 rows
GAP MATRIX
Compliance Gap Matrix
| Compliance item | Common China baseline | Brazil (INMETRO) | Gap / action | Source + verification date |
|---|---|---|---|---|
| Energy Efficiency / Minimum Performance (PBE + Portaria INMETRO 389/2021) | China's equivalent is GB 30255-2019 (Energy efficiency requirements for LED room luminaires). It defines three energy efficiency grades: Grade 1 (highest): ≥90 lm/W; Grade 2: ≥80 lm/W; Grade 3: ≥70 lm/W. Grade 3 is the minimum required for market entry in China. The China Energy Label (CEL) registration is mandatory for GB 30255-covered products; labels are administered by SAMR. GB 30255 does not comprehensively cover power factor, CRI minimums, or lifetime requirements in the same binding way as the Brazilian INMETRO performance requirements.GB 30255-2019 — Energy efficiency requirements for LED room luminaires (SAC/SAMR) | Brazil regulates LED lamp/luminaire energy performance primarily through the PBE (Programa Brasileiro de Etiquetagem) and the conformity assessment requirements of Portaria INMETRO 389/2021. Performance and energy parameters — including luminous efficacy (lm/W), luminous flux, colour rendering index, correlated colour temperature, power factor, and lifetime/maintenance — are tested as part of INMETRO certification using ABNT NBR IEC standards (e.g., ABNT NBR IEC 62612 for self-ballasted LED lamp performance and the applicable luminaire performance standards). Products that do not meet the minimum requirements set in the applicable INMETRO Portaria cannot obtain certification or registration and cannot be lawfully placed on the Brazilian market. Exact lm/W thresholds and parameters vary by product sub-category — verify the current Portaria INMETRO 389/2021 and its annexes/technical requirements for the specific product type.Portaria INMETRO 389/2021 — Conformity assessment for LED lamps and luminaires (minimum performance requirements, Brazil) PBE — Programa Brasileiro de Etiquetagem (Brazilian Labelling Programme, INMETRO) ABNT NBR IEC 62612 — Self-ballasted LED lamps for general lighting services — Performance requirements (Brazilian adoption of IEC 62612) |
Both Brazil and China impose mandatory minimum energy/performance requirements as a market-entry condition, but the schemes are non-mutual and the conformity routes differ. Brazil-specific gaps: (1) performance/energy parameters are verified through third-party INMETRO certification using ABNT NBR IEC standards (e.g., ABNT NBR IEC 62612), not through self-declaration or the Chinese CEL grade; (2) Chinese GB 30255 grade and CEL registration are not recognised by INMETRO — a product's CN grade does not determine its Brazilian classification; (3) lamps/luminaires must be rated and tested at the Brazilian 127 V / 220 V, 60 Hz supply, which affects measured power factor and efficacy; (4) the minimum thresholds, CRI, power factor and lifetime/maintenance criteria are set by the applicable Portaria INMETRO 389/2021 annexes and must be checked per product sub-category. Manufacturers meeting only CN minimums must re-verify against the Brazilian requirements before certification.[INFORMATIONAL] Brazil sets mandatory minimum energy/performance requirements for LED lamps and luminaires via PBE and Portaria INMETRO 389/2021, verified through third-party INMETRO certification using ABNT NBR IEC standards. Chinese GB 30255 grades and CEL registration are not recognised by INMETRO, and the CN grade does not map to a Brazilian classification. Products must be tested at the 127/220 V, 60 Hz supply. Verify the exact thresholds (efficacy, CRI, power factor, lifetime) in the current Portaria for the specific product sub-category before certification. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
| Energy Label + Selo PROCEL (PBE Energy Labelling, INMETRO + Eletrobras) | China's China Energy Label (CEL) under GB 30255-2019 is mandatory for LED room luminaires. Products must be registered with the CQC (China Quality Certification Centre) or CECP (China Energy Conservation Programme) before affixing the CEL. The CEL shows Grade 1–3 based on absolute lm/W thresholds. There is no mutual recognition between the Brazilian PBE/ENCE / Selo PROCEL labelling scheme and the CN CEL registration scheme.GB 30255-2019 — Energy efficiency requirements for LED room luminaires (SAC/SAMR) China Energy Label (CEL) scheme — administered by SAMR/CQC/CECP |
Brazil's energy labelling for LED lamps/luminaires is delivered through the PBE (Programa Brasileiro de Etiquetagem), which applies the ENCE (Etiqueta Nacional de Conservação de Energia) energy label, administered by INMETRO. The PBE energy class is determined from the product's measured energy/performance characteristics under the applicable ABNT NBR IEC test standards. The highest-performing products may additionally qualify for the Selo PROCEL — the PROCEL endorsement seal administered by Eletrobras (PROCEL programme) — which recognises the most energy-efficient products. The ENCE label and, where granted, the Selo PROCEL must appear on the product/packaging as required. The labelling obligation attaches to the in-scope product placed on the Brazilian market and is part of the INMETRO conformity assessment programme held by the CNPJ importer/representative.PBE — Programa Brasileiro de Etiquetagem / ENCE — Etiqueta Nacional de Conservação de Energia (INMETRO) Selo PROCEL — PROCEL endorsement seal administered by Eletrobras (PROCEL programme) |
Both Brazil and China operate mandatory energy-label schemes, but they are non-mutual and structured differently. Brazil-specific gaps: (1) the Brazilian ENCE label class is determined within the PBE under INMETRO conformity assessment using ABNT NBR IEC test data — the Chinese CEL grade cannot be carried over and a separate Brazilian classification is required; (2) the Selo PROCEL is an additional voluntary endorsement administered by Eletrobras for top-performing products, with no CN equivalent; (3) the label must reflect performance measured at the Brazilian 127/220 V, 60 Hz supply; (4) the labelling and registration obligation is part of the INMETRO programme held by the in-country CNPJ importer/representative, who is responsible before INMETRO. A product registered and labelled for the Chinese market is not compliant for Brazil and must be separately tested, classified, and labelled under the PBE/ENCE scheme.[INFORMATIONAL] Brazil's PBE/ENCE energy label is required for in-scope LED lamps and luminaires through the INMETRO conformity assessment programme, with the Selo PROCEL (administered by Eletrobras) as an additional voluntary endorsement for top performers. The Chinese CEL grade and registration do not substitute for the Brazilian label, and the class must be derived from Brazilian test data at the 127/220 V, 60 Hz supply. The labelling/registration obligation sits with the CNPJ importer/representative within the INMETRO programme. | INMETRO — Programa Brasileiro de Etiquetagem (PBE) / Eletrobras PROCEL2026-06-15 · reference |
| ANATEL Homologation for Wireless / Smart Luminaires (Radio Equipment) | China's equivalent for radio/wireless luminaires is SRRC (State Radio Regulation Commission) type approval, required for wireless-enabled luminaires (e.g., smart LED with Wi-Fi/Bluetooth) in addition to CCC. Conducted/radiated lighting emissions are separately governed by GB 17743-2017 (aligned with CISPR 15), required as part of CCC for relevant luminaire categories and tested at CNAS/CMA-accredited laboratories in China. Neither SRRC type approval nor Chinese CCC EMC test reports are recognised under the Brazilian ANATEL homologation pathway.SRRC type approval — required for wireless-enabled luminaires in China GB 17743-2017 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment (SAC/SAMR, aligned with CISPR 15) |
LED luminaires with integrated wireless functionality (e.g., Bluetooth dimming, Wi-Fi smart lighting, Zigbee) placed on the Brazilian market must obtain ANATEL (Agência Nacional de Telecomunicações) homologation before sale. Radiocommunication products are subject to mandatory homologation under ANATEL Resolution 715/2019 and related acts; testing must be performed by an OCD (Organismo de Certificação Designado) accredited by ANATEL, and the product must carry the ANATEL homologation seal and number. This covers radiated/conducted emissions and radio parameters for the licence-exempt bands used by the wireless module. Homologation is held by a Brazilian legal entity with a CNPJ. Purely passive, non-wireless LED luminaires generally fall outside ANATEL scope but remain subject to INMETRO certification (see ledbr-safety).ANATEL Resolution 715/2019 — Conformity assessment and homologation of telecommunications products (Brazil) ANATEL — Mandatory homologation for radiocommunication equipment (licence-exempt radiation restricted equipment) |
For smart/wireless LED luminaires, Brazil imposes a distinct mandatory homologation through ANATEL that has no direct equivalence with China's SRRC type approval — neither scheme is mutually recognised. Key Brazil-specific gaps: (1) ANATEL homologation must be obtained via an ANATEL-designated certification body (OCD) with testing at an accredited laboratory before the product can be sold; (2) the product must bear the ANATEL homologation seal and number; (3) homologation is held by a Brazilian entity with a CNPJ — a foreign manufacturer cannot hold it directly and needs a local importer/representative; (4) this is in addition to INMETRO certification for the luminaire's electrical safety. Chinese SRRC approval and GB 17743 EMC reports do not transfer to Brazil. Non-wireless luminaires avoid ANATEL but a frequency/band review should still confirm the module is licence-exempt restricted-radiation equipment in Brazil.[INFORMATIONAL] LED luminaires with wireless functionality require ANATEL homologation in Brazil under Resolution 715/2019 via a designated certification body (OCD), with the ANATEL seal and number on the product. This is separate from and additional to INMETRO electrical-safety certification. Chinese SRRC type approval and GB 17743 EMC reports are not recognised by ANATEL. Homologation must be held by a Brazilian entity with a CNPJ, so a local importer/representative is required. Non-wireless luminaires generally fall outside ANATEL scope. | ANATEL — Agência Nacional de Telecomunicações2026-06-15 · reference |
| Conducted/Radiated Emissions for Lighting Equipment (ABNT NBR IEC CISPR 15) | China's equivalent is GB 17743-2017 (Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment), which is technically aligned with CISPR 15. For luminaires sold in China, GB 17743 compliance is required as part of CCC certification (which covers both safety and EMC for relevant product categories). Testing must be conducted at CNAS/CMA-accredited laboratories in China. Chinese CCC EMC test reports are not accepted under the Brazilian INMETRO/ANATEL conformity assessment pathways.GB 17743-2017 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment (SAC/SAMR, aligned with CISPR 15) | Electromagnetic disturbance from lighting equipment in Brazil is addressed via the CISPR 15 family, adopted in Brazil as ABNT NBR IEC CISPR 15 (Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment). It covers conducted emissions on the mains supply terminals (150 kHz–30 MHz) and radiated emissions (30 MHz–300 MHz). Where applicable to the product family, EMC/emissions requirements are incorporated through the INMETRO conformity assessment programme (Portaria INMETRO 389/2021 and related acts) and, for radiocommunication products, through ANATEL homologation (see ledbr-emc-01). Testing must be carried out at a laboratory recognised by the relevant Brazilian body (INMETRO-accredited for INMETRO scope, or ANATEL-accredited for radio products).ABNT NBR IEC CISPR 15 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment (Brazilian adoption of CISPR 15) Portaria INMETRO 389/2021 — Conformity assessment for LED lamps and luminaires (Brazil) |
ABNT NBR IEC CISPR 15 and GB 17743 are both derived from CISPR 15, so emission limits are largely harmonized. Key gaps: (1) Chinese CCC EMC reports under GB 17743 are not accepted in Brazil — emissions evidence must be generated/accepted via the Brazilian conformity assessment route (INMETRO-accredited laboratory for INMETRO scope, or ANATEL-accredited for radio products); (2) where the product family's INMETRO programme incorporates EMC/emissions requirements, the test reports form part of the INMETRO certification dossier held by the CNPJ importer/representative; (3) if the luminaire incorporates wireless functionality, ANATEL homologation applies in addition (see ledbr-emc-01) and the radio-emissions evidence is assessed by the ANATEL OCD; (4) the relevant Brazilian standard edition in force must be cited. Products designed to GB 17743 limits will broadly meet CISPR 15-based Brazilian limits, but re-testing/recognition through the Brazilian route is required.[INFORMATIONAL] Lighting-equipment emissions in Brazil follow the CISPR 15 family as ABNT NBR IEC CISPR 15, incorporated via the INMETRO conformity assessment programme and, for wireless products, via ANATEL homologation. Emission limits are broadly harmonized with China's GB 17743 (both CISPR 15-derived), but Chinese CCC EMC reports are not accepted and the evidence must be generated/recognised through the Brazilian route at an INMETRO- or ANATEL-accredited laboratory. Confirm the exact EMC scope within the applicable INMETRO Portaria for the specific product family. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
| Photobiological Safety — Blue Light Hazard (ABNT NBR IEC 62471 Risk Groups) | China has adopted GB/T 20145-2006 (Photobiological safety of lamps and lamp systems), which is technically equivalent to IEC 62471:2006. GB/T 20145 is a recommended standard (T = tuijian, recommended) and is not universally mandatory for all LED luminaires in the Chinese market. Enforcement and testing obligations are less prescriptive for residential luminaires compared to a third-party certification programme.GB/T 20145-2006 — Photobiological safety of lamps and lamp systems (SAC/SAMR — recommended standard) | Photobiological safety of LED lamps and luminaires in Brazil is addressed through the INMETRO conformity assessment programme (Portaria INMETRO 389/2021 and related technical requirements), which references photobiological safety classification for in-scope products. The applicable technical method is ABNT NBR IEC 62471 (Photobiological safety of lamps and lamp systems), the Brazilian adoption of IEC 62471, commonly used to derive the risk group. Risk groups range from RG0 (Exempt — no hazard) to RG3 (High risk), determined by blue light weighted radiance and irradiance limits. Where required by the applicable INMETRO technical requirements, the risk group must be assessed, documented in the certification dossier, and reflected in product marking/instructions for RG2 and above. The mandatory obligation derives from the INMETRO programme, not from the standard as a standalone legal rule.Portaria INMETRO 389/2021 — Conformity assessment for LED lamps and luminaires (Brazil; references photobiological safety where applicable) ABNT NBR IEC 62471 — Photobiological safety of lamps and lamp systems (Brazilian adoption of IEC 62471) |
In Brazil, photobiological risk-group assessment is incorporated into the INMETRO conformity assessment programme for in-scope LED products and is performed/recognised through accredited testing, whereas China's GB/T 20145 is recommended-only and not routinely enforced for residential LED luminaires. Brazil-specific gaps: (1) the risk group must be derived using ABNT NBR IEC 62471 and documented in the INMETRO certification dossier where required by the applicable technical requirements; (2) Chinese GB/T 20145 reports are not accepted by INMETRO — assessment must be via the Brazilian route at an accredited laboratory; (3) RG2 products require warnings/usage instructions and RG3 products face significant market restrictions; (4) the obligation and documentation are held by the CNPJ importer/representative within the INMETRO programme. Most general-purpose luminaires targeting RG0/RG1 have no usage restrictions, but the classification must still be formally documented where the INMETRO technical requirements call for it.[INFORMATIONAL] Photobiological risk-group classification for in-scope LED products in Brazil is incorporated into the INMETRO conformity assessment programme, with ABNT NBR IEC 62471 as the referenced technical method. Chinese GB/T 20145-2006 reports are not accepted by INMETRO and the assessment must run through the Brazilian accredited route. RG2/RG3 products require additional warnings/restrictions. The standard is the technical route; the mandatory obligation derives from the INMETRO programme, and the documentation sits with the CNPJ importer/representative. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
| Photobiological Safety Marking on Brazilian Product Information (INMETRO) | China's Energy Label (China Energy Label, CEL) mandatory under GB 30255 (LED room luminaires energy efficiency) does not include a blue light hazard or photobiological risk-group class. The Chinese labelling regime focuses on energy efficiency grades (Grade 1–3) and lumen output. There is no CN regulatory requirement to display photobiological risk group information on luminaire packaging equivalent to the Brazilian INMETRO marking/instructions requirement.GB 30255-2019 — Energy efficiency requirements for LED room luminaires (SAC/SAMR — no photobiological risk-group requirement) | Where the applicable INMETRO technical requirements call for photobiological risk-group declaration, the assessed risk group (commonly derived via ABNT NBR IEC 62471) must be reflected in the product information, marking, and/or instructions placed on the Brazilian market — particularly for products classified RG2 or above, which require appropriate warnings and usage guidance. Unlike the EU's dedicated blue light hazard class on the energy label, Brazil does not impose a separate blue-light-class energy-label field for general lamps; the photobiological information is instead handled within the INMETRO certification dossier and product marking/instructions per the applicable Portaria. The information obligation attaches to the in-scope product and is held by the CNPJ importer/representative responsible before INMETRO.Portaria INMETRO 389/2021 — Conformity assessment for LED lamps and luminaires (product marking/instructions requirements, Brazil) ABNT NBR IEC 62471 — Photobiological safety of lamps and lamp systems (risk-group basis for marking/warnings) |
There is no CN counterpart to a photobiological risk-group marking/warning requirement — Chinese manufacturers producing to CN specifications will not carry such information on their standard CN-market packaging. For Brazil, where the applicable INMETRO technical requirements call for it: (1) document a photobiological risk assessment using ABNT NBR IEC 62471; (2) include the appropriate risk-group warnings/usage guidance in product marking and instructions for RG2 and above; (3) ensure consistency with the INMETRO certification dossier and the in-country CNPJ representative's responsibilities. Note the structural difference from the EU: Brazil does not add a dedicated blue-light class field to the energy label for general lamps, so the obligation is met through INMETRO product marking/instructions and certification documentation rather than an energy-label field.[INFORMATIONAL] Where the applicable INMETRO technical requirements call for it, the photobiological risk group (derived via ABNT NBR IEC 62471) must be reflected in Brazilian product marking, instructions, and the certification dossier, with warnings for RG2 and above. Unlike the EU, Brazil does not add a separate blue-light class to the energy label for general lamps. The Chinese CEL has no photobiological class, so this is an additional Brazil-specific documentation/marking step held by the CNPJ importer/representative. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
| Hazardous Substances / Materials Restriction (Brazil vs RoHS) | China's equivalent is GB/T 26572-2011 (Requirements for concentration limits for certain restricted substances in electrical and electronic products), covering the original 6 RoHS substances (Pb, Hg, Cd, Cr(VI), PBB, PBDE) with the same concentration thresholds as EU RoHS. China RoHS 2 (Management Measures for the Restriction of the Use of Hazardous Substances in Electrical and Electronic Products, SJ/T 11364-2014) requires a hazardous substance disclosure label (orange for contains substances above threshold / green for below threshold) on EEE products sold in China. As of 2026, the 4 phthalates (DEHP, BBP, DBP, DIBP) added by EU Directive 2015/863 are not yet in the CN mandatory restricted list under GB/T 26572.GB/T 26572-2011 — Requirements for concentration limits for certain restricted substances in EEE (SAC/SAMR — covers original 6 substances) SJ/T 11364-2014 — Marking for the restricted use of hazardous substances in electronic and electrical products (China RoHS 2 disclosure label) |
Brazil does not operate a single horizontal RoHS-style restriction directive for electrical and electronic equipment equivalent to EU Directive 2011/65/EU. Restrictions on hazardous substances in Brazil arise from sectoral instruments: PNRS (Política Nacional de Resíduos Sólidos, Law 12.305/2010) and its reverse-logistics obligations for lamps containing mercury; CONAMA environmental resolutions; and ANVISA/IBAMA chemical controls where relevant. INMETRO certification under Portaria INMETRO 389/2021 focuses on electrical safety and performance rather than a 10-substance homogeneous-material restriction. Mercury-containing lamps are subject to reverse-logistics/take-back obligations; modern LED products are generally mercury-free by design, which supports compliance with those obligations. Manufacturers should verify the current sectoral requirements applicable to the specific materials used.Lei 12.305/2010 (PNRS — Política Nacional de Resíduos Sólidos) — reverse-logistics obligations including mercury-containing lamps (Brazil) CONAMA resolutions / IBAMA-ANVISA chemical controls — sectoral hazardous-substance instruments (Brazil) |
Unlike the EU, Brazil does not condition market access on a 10-substance homogeneous-material restriction, so there is no direct Brazilian RoHS test certificate required for INMETRO certification. The practical differences versus China: (1) China requires the China RoHS 2 disclosure label (GB/T 26572 / SJ/T 11364) for the CN market — this CN label is not required in Brazil; (2) Brazil instead imposes reverse-logistics/take-back obligations under the PNRS (Law 12.305/2010), most directly relevant for mercury-containing lamps — LED products are generally mercury-free, but importers should confirm participation in any applicable reverse-logistics system; (3) sectoral chemical controls (CONAMA/IBAMA/ANVISA) may apply to specific materials. Manufacturers should not assume EU-RoHS or CN-RoHS compliance automatically satisfies Brazilian obligations, and should map the specific materials against the applicable Brazilian sectoral instruments and any reverse-logistics enrolment.[INFORMATIONAL] Brazil has no single horizontal RoHS-style substance restriction for EEE as a market-access condition; instead, reverse-logistics obligations under the PNRS (Law 12.305/2010, most relevant for mercury-containing lamps) and sectoral chemical controls apply. The China RoHS 2 disclosure label (GB/T 26572 / SJ/T 11364) is a CN-market requirement not needed in Brazil. LED products are generally mercury-free, but importers should map the specific materials against applicable Brazilian sectoral instruments and confirm any reverse-logistics enrolment. | Ministério do Meio Ambiente (MMA) / PNRS — Política Nacional de Resíduos Sólidos2026-06-15 · reference |
| Reverse Logistics / Extended Producer Responsibility (PNRS Law 12.305/2010) vs CN Chemical Regulations | China does not have a direct equivalent to a single horizontal EPR/reverse-logistics obligation for lamps imposed as a market-conduct duty in the same structure. The closest CN instruments are: MEP (Ministry of Ecology and Environment) Order No. 12 (2010, revised) on new chemical substance registration; GB 30981-2020 (Rules for the classification and labelling of chemicals) for hazardous chemicals labelling; and the Measures for the Environmental Management of New Chemical Substances (MEE Order 12, 2020). None of these create an obligation to enrol in a product take-back/reverse-logistics scheme equivalent to the Brazilian PNRS for lighting products.MEE Order No. 12 (2020) — Measures for the Environmental Management of New Chemical Substances (China) GB 30981-2020 — Rules for the classification and labelling of chemicals (China) |
Brazil's PNRS (Política Nacional de Resíduos Sólidos, Lei 12.305/2010) establishes Extended Producer Responsibility (EPR) and shared reverse-logistics obligations for certain product categories, including lamps. Manufacturers, importers, distributors, and retailers placing in-scope lighting products on the Brazilian market may be required to participate in a reverse-logistics system for collection and environmentally sound disposal/recycling of end-of-life lamps. The obligation is ongoing (not a one-time test) and is administered through sectoral agreements (acordos setoriais) and CONAMA/MMA instruments. The responsible Brazilian legal entity (typically the CNPJ importer/representative) must enrol in or contribute to an applicable reverse-logistics scheme where required. This is an ongoing market-conduct obligation rather than a product-conformity test.Lei 12.305/2010 (PNRS — Política Nacional de Resíduos Sólidos) — Extended Producer Responsibility and reverse-logistics obligations (Brazil) Decreto 10.936/2022 — regulates the PNRS, including reverse-logistics systems (Brazil) |
Brazil's PNRS reverse-logistics/EPR obligation is an ongoing market-conduct duty with no direct CN equivalent for lighting products. Chinese LED luminaire manufacturers and their Brazilian importers must: (1) determine whether the specific product falls within an applicable reverse-logistics scheme/sectoral agreement for lamps; (2) enrol in or contribute to the scheme through the CNPJ-holding responsible entity where required; (3) maintain compliance over time (collection targets, reporting), not a one-time action. This contrasts with the EU comparison, where the analogous ongoing obligation is REACH SVHC tracking; in Brazil the dominant ongoing obligation for lighting is reverse logistics under the PNRS. The CNPJ importer/representative is the legally responsible party before Brazilian authorities. Verify current sectoral agreements and Decreto 10.936/2022 implementation for the specific product category.[INFORMATIONAL] Brazil's PNRS (Law 12.305/2010, regulated by Decreto 10.936/2022) imposes Extended Producer Responsibility and reverse-logistics obligations that may apply to in-scope lighting products — an ongoing market-conduct duty with no direct CN equivalent. The CNPJ importer/representative is the legally responsible party and must enrol in or contribute to an applicable scheme where required. Manufacturers should verify current sectoral agreements for the specific product category rather than assuming exemption. | Presidência da República — Casa Civil (Diário Oficial da União)2026-06-15 · reference |
| INMETRO Certification Overall Process and Technical Dossier vs CCC / CQC | In China, the primary mandatory certification for luminaires sold in the residential market is CCC (China Compulsory Certification), administered by CNCA (Certification and Accreditation Administration of China). CCC requires mandatory third-party certification by a CNCA-authorized certification body (e.g., CQC — China Quality Certification Centre). CQC voluntary certification is also available for products not covered by mandatory CCC. For wireless-enabled luminaires (e.g., smart LED with Wi-Fi/Bluetooth), SRRC (State Radio Regulation Commission) type approval is additionally required in China. CCC certification bodies are not recognised for Brazilian INMETRO certification purposes.CNCA-C10-01 — CCC certification rules for luminaires (CNCA/CQC) SRRC type approval — required for wireless-enabled luminaires in China |
INMETRO compulsory certification for LED lamps/luminaires in Brazil requires: (1) Engage an accredited certification body (OCP — Organismo de Certificação de Produtos) operating under INMETRO accreditation; (2) Type-test the product at an accredited laboratory to the applicable ABNT NBR IEC standards (e.g., ABNT NBR IEC 60598-1 for luminaires, ABNT NBR IEC 62560 for self-ballasted LED lamps, ABNT NBR IEC 62612 for performance); (3) Undergo factory/quality-system assessment where the certification model requires it; (4) Register the certified product with INMETRO and obtain the INMETRO registration number; (5) Apply the INMETRO compliance identification (Selo de Identificação da Conformidade) on the product/packaging; (6) Appoint an in-country importer or representative holding a Brazilian CNPJ, who holds the certificate and is responsible before INMETRO; (7) Meet PBE/ENCE energy-labelling and, for wireless products, ANATEL homologation. Goods clear customs via the importer; main entry ports include Santos and Paranaguá, with transport governed by ANTT for road logistics.Portaria INMETRO 389/2021 — Compulsory conformity assessment for LED lamps and luminaires (Brazil) ABNT NBR IEC 60598-1 / ABNT NBR IEC 62560 / ABNT NBR IEC 62612 — applicable safety and performance standards (Brazil) ANATEL Resolution 715/2019 — homologation for wireless-enabled products (Brazil) |
Brazil's INMETRO/OCP model and China's CCC are both mandatory third-party certification schemes, so the structure is closer to China than to the EU self-declaration route — but they are fully non-mutual, requiring separate certification, test reports, and registration for each market. Key Brazil-specific requirements with no CN equivalent: (1) certification by an INMETRO-accredited OCP with testing to ABNT NBR IEC editions at an INMETRO-recognised laboratory — CN CCC reports are not transferable; (2) a mandatory in-country importer/representative holding a Brazilian CNPJ who holds the certificate and is legally responsible before INMETRO; (3) INMETRO product registration and the compliance identification seal; (4) products rated/marked for the 127/220 V, 60 Hz grid; (5) PBE/ENCE energy labelling and Selo PROCEL (Eletrobras); (6) ANATEL homologation for wireless products; (7) PNRS reverse-logistics obligations. The customs and logistics chain (entry via Santos/Paranaguá, ANTT-regulated road transport) is handled by the Brazilian importer.[INFORMATIONAL] INMETRO certification for LED luminaires requires testing to ABNT NBR IEC standards via an accredited OCP, INMETRO registration, the compliance seal, and a CNPJ-holding in-country importer/representative responsible before INMETRO. INMETRO/OCP and CCC are parallel non-mutual third-party schemes — Chinese CCC evidence does not transfer. Additional Brazil-specific obligations include the 127/220 V 60 Hz design, PBE/ENCE labelling and Selo PROCEL, ANATEL homologation for wireless products, and PNRS reverse-logistics enrolment. Customs entry typically occurs via Santos or Paranaguá through the Brazilian importer. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
| Electrical Safety — General Luminaire (INMETRO + ABNT NBR IEC 60598-1) | China's current general luminaire safety standard is GB/T 7000.1-2023 (Luminaires — Part 1: General requirements and tests), replacing GB 7000.1-2015 from 1 January 2026. The edition change also changes the standard designation from mandatory GB to recommended GB/T; CCC obligations for in-scope luminaires remain governed by the applicable CNCA rules and implementation requirements rather than by the GB/T designation alone. CCC testing is conducted by CNCA-authorized laboratories. CCC certification covers safety aspects broadly comparable to GB/T 7000.1, but the conformity assessment process, documentation language, and INMETRO certification obligations are separate and non-mutual.GB/T 7000.1-2023 — Luminaires — Part 1: General requirements and tests (replaces GB 7000.1-2015 from 1 January 2026; recommended GB/T designation) CNCA-C10-01 — CCC certification rules for luminaires |
LED luminaires placed on the Brazilian market are subject to INMETRO compulsory conformity assessment under Portaria INMETRO 389/2021. The applicable safety standard is ABNT NBR IEC 60598-1 (Luminaires — Part 1: General requirements and tests), the Brazilian adoption of IEC 60598-1, with relevant Part 2 standards for specific luminaire types. Key requirements cover protection against electric shock (touch current, insulation resistance, creepage and clearance distances), thermal protection, mechanical strength, and wiring terminals. Unlike the EU self-declaration route, Brazil requires third-party certification by an accredited certification body (OCP), with type testing at an accredited laboratory, factory assessment where applicable, and product registration with INMETRO. Products must carry the INMETRO compliance identification (Selo de Identificação da Conformidade). Designs must suit the Brazilian 127/220 V, 60 Hz supply rather than China's 220/380 V, 50 Hz grid.Portaria INMETRO 389/2021 — Compulsory conformity assessment requirements for LED lamps and luminaires (Brazil) ABNT NBR IEC 60598-1 — Luminaires — Part 1: General requirements and tests (Brazilian adoption of IEC 60598-1) |
Both Brazil and China require compulsory third-party certification for luminaires — INMETRO/OCP in Brazil versus CCC in China — so the conformity-assessment model is closer to China than to the EU self-declaration route. However, the two schemes are non-mutual: Chinese CCC test reports under GB/T 7000.1 are not accepted for INMETRO certification. Brazil-specific gaps: (1) testing must be to ABNT NBR IEC 60598-1 (the Brazilian adoption) and conducted/accepted via an accredited OCP and laboratory recognised by INMETRO; (2) products must be designed and rated for the Brazilian 127/220 V, 60 Hz grid, differing from China's 220/380 V, 50 Hz; (3) a Brazilian in-country importer or representative holding a CNPJ must hold the certificate or act before INMETRO, as foreign manufacturers cannot register directly; (4) the product must carry the INMETRO compliance identification seal and registration number. While EN/IEC/GB editions share the IEC 60598-1 base, creepage/clearance and some test conditions may require re-testing to the Brazilian edition.[INFORMATIONAL] INMETRO compulsory certification under Portaria INMETRO 389/2021 is mandatory for LED luminaires entering the Brazilian market, with testing to ABNT NBR IEC 60598-1 via an accredited OCP. Unlike the EU, Brazil does not allow simple self-declaration — third-party certification, INMETRO registration, and the compliance seal are required. Chinese CCC certification and GB/T 7000.1-2023 evidence do not satisfy the INMETRO pathway. Products must be designed for the 127/220 V, 60 Hz grid, and a Brazilian importer or representative holding a CNPJ must act before INMETRO. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
| Self-Ballasted LED Lamp Safety (ABNT NBR IEC 62560) | China's equivalent for self-ballasted LED lamp safety is GB 24906-2010 (Self-ballasted LED-lamps for general lighting services with supply voltages > 50 V — Safety requirements), technically aligned with IEC 62560. CCC certification is required for self-ballasted LED lamps within the applicable scope, administered by CNCA and performed by CNCA-authorized certification bodies (e.g., CQC) with testing at CNCA-authorized laboratories. CCC test reports under GB 24906 are not accepted under the Brazilian INMETRO conformity assessment pathway.GB 24906-2010 — Self-ballasted LED-lamps for general lighting services with supply voltages > 50 V — Safety requirements (SAC/SAMR, aligned with IEC 62560) CNCA-C10-01 — CCC certification rules for luminaires and lamps |
Self-ballasted LED lamps (integrated-driver LED lamps with caps such as E27/E14/B22) placed on the Brazilian market are subject to INMETRO compulsory certification under Portaria INMETRO 389/2021, with safety tested to ABNT NBR IEC 62560 (Self-ballasted LED lamps for general lighting services with supply voltages greater than 50 V — Safety specifications), the Brazilian adoption of IEC 62560. The standard specifies marking, interchangeability, protection against accidental contact with live parts, insulation resistance and electric strength, mechanical strength of the cap, resistance to heat, fire and tracking, and fault conditions. Certification is performed by an accredited OCP with type testing at an accredited laboratory; the lamp must be registered with INMETRO and carry the INMETRO compliance identification. Lamps must be rated for the Brazilian 127 V / 220 V, 60 Hz supply.Portaria INMETRO 389/2021 — Compulsory conformity assessment requirements for LED lamps and luminaires (Brazil) ABNT NBR IEC 62560 — Self-ballasted LED lamps for general lighting services with supply voltages greater than 50 V — Safety specifications (Brazilian adoption of IEC 62560) |
ABNT NBR IEC 62560 and GB 24906 both derive from IEC 62560, so the technical safety content is largely harmonized. The gap is procedural and market-specific: (1) Chinese CCC reports under GB 24906 are not recognised by INMETRO — separate certification by an accredited Brazilian OCP with testing at an INMETRO-recognised laboratory is required; (2) lamps must be rated and marked for the Brazilian 127 V / 220 V, 60 Hz supply rather than China's 220 V, 50 Hz, which affects driver design and marking; (3) the product must be registered with INMETRO and carry the INMETRO compliance identification; (4) a Brazilian importer or representative holding a CNPJ must hold the certification and be responsible before INMETRO. Cap/interchangeability and fault-condition test conditions may need re-verification to the Brazilian edition even where IEC alignment exists.[INFORMATIONAL] Self-ballasted LED lamps require INMETRO compulsory certification under Portaria INMETRO 389/2021 with safety testing to ABNT NBR IEC 62560 via an accredited OCP. The technical content is largely harmonized with China's GB 24906 (both IEC 62560-based), but Chinese CCC reports are not accepted by INMETRO and separate Brazilian certification, INMETRO registration, and the compliance seal are required. Lamps must be rated for the 127/220 V, 60 Hz grid and a CNPJ-holding importer or representative must act before INMETRO. | INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia2026-06-15 · reference |
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- INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia · accessed 2026-06-15 · reference · used in 6 rows
- INMETRO — Programa Brasileiro de Etiquetagem (PBE) / Eletrobras PROCEL · accessed 2026-06-15 · reference · used in 1 rows
- ANATEL — Agência Nacional de Telecomunicações · accessed 2026-06-15 · reference · used in 1 rows
- Ministério do Meio Ambiente (MMA) / PNRS — Política Nacional de Resíduos Sólidos · accessed 2026-06-15 · reference · used in 1 rows
- Presidência da República — Casa Civil (Diário Oficial da União) · accessed 2026-06-15 · reference · used in 1 rows
- INMETRO — Instituto Nacional de Metrologia, Qualidade e Tecnologia · accessed 2026-06-15 · reference · used in 1 rows