CROSS-STANDARD public interest · LED luminaire
China-to-Nepal 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 Nepal NBSM (Nepal Bureau of Standards and Metrology) NS certification, NS/IEC safety standards (NS/IEC 60598, 62560, 62471), photobiological safety, energy efficiency programmes, and NTA radio type approval for smart luminaires, versus Chinese GB 30255 / GB 7000 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 | Nepal (NBSM) | Gap / action | Source + verification date |
|---|---|---|---|---|
| Energy efficiency — Nepal energy programmes vs an EU-style binding Ecodesign regulation | China enforces a binding minimum energy performance standard for self-ballasted LED lamps through GB 30255 (minimum allowable values of energy efficiency and energy efficiency grades for self-ballasted LED-lamps for general lighting service), with the China Energy Label （CEL） registration administered under the national energy efficiency labelling scheme. GB 7000 series covers luminaire safety. China thus has an explicit mandatory efficacy floor and energy grade label for LED lamps domestically.GB 30255 — Minimum allowable values of energy efficiency and energy efficiency grades for self-ballasted LED-lamps for general lighting service (China) China Energy Label (CEL) registration — national energy efficiency labelling scheme |
Nepal addresses lighting energy efficiency mainly through national energy programmes and efficient-lighting initiatives rather than a single binding horizontal ecodesign law equivalent to EU Regulation 2019/2020. NBSM (Nepal Bureau of Standards and Metrology) can set NS standards for lamp performance, and Nepali energy and electrification programmes have historically promoted efficient LED lamps. There is no Nepal-wide mandatory minimum efficacy (lm/W), colour rendering, power factor, and lifetime gate enforced as a market-access condition the way the EU Ecodesign Regulation enforces them. Exporters should confirm with the in-country importer and NBSM whether the specific LED lamp or luminaire model falls under any current NS performance standard or energy programme criterion, because scope varies by product type and procurement channel （public tenders may impose stricter efficiency criteria）.NBSM (Nepal Bureau of Standards and Metrology) NS performance standards for lamps — scope varies by product Nepal national energy efficiency / efficient-lighting programmes (administered through Nepali energy and electrification authorities) |
The structures differ. China has a binding minimum efficacy standard (GB 30255) plus the CEL energy label as a domestic obligation. Nepal does not enforce an equivalent single binding ecodesign efficacy gate as a market-access condition; energy efficiency is steered through programmes and product-specific NS standards rather than one horizontal regulation. The practical consequence: a China-market product already meets GB 30255, but the exporter cannot assume any specific Nepal efficacy or energy-label obligation without confirming the product's status against current NS standards, NBSM mandatory scope, and the relevant Nepali energy programme — particularly for public-sector or donor-funded procurement, which can impose stricter efficiency criteria. The China CEL label is not recognised in Nepal.[INFORMATIONAL] Nepal handles LED lamp energy efficiency through national energy programmes and product-specific NS standards rather than a single binding Ecodesign regulation like the EU. There is no automatic Nepal efficacy gate equivalent to GB 30255 as a market-access condition, but exporters should confirm with NBSM and the in-country importer whether a current NS performance standard or energy programme criterion applies — especially for public or donor-funded tenders. China's GB 30255 compliance and the CEL label do not transfer to the Nepal market. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Product marking, voltage rating and language — 230 V / 50 Hz grid and NBSM marking expectations | Chinese LED lamps and luminaires for the domestic market are rated for the China grid nominal 220 V, 50 Hz (and 380 V three-phase for some fittings), and carry CCC marking and Chinese-language marking per GB 7000 / GB 30255 and the CCC implementation rules. Product marking follows GB requirements for rated voltage, power, and manufacturer identification, in Chinese, for the domestic market.GB 7000 series / GB 30255 — Chinese marking and rating requirements for luminaires and LED lamps China grid nominal 220 V, 50 Hz (380 V three-phase for some fittings) — domestic rating and CCC mark |
Nepal's mains supply is 230 V, 50 Hz. LED lamps and luminaires placed on the Nepali market must be rated and marked for 230 V operation, with rated voltage, wattage, frequency, and the manufacturer / importer identification legible on the product or packaging. Where a product falls under NBSM mandatory certification, the NS certification mark and the importer-of-record details are expected on the product / packaging per NBSM rules. English is widely used in technical documentation in Nepal, and Nepali may be expected on consumer-facing labelling depending on the channel; exporters should confirm labelling-language expectations with the in-country importer. The 50 Hz frequency matches China, but China's nominal 220 V differs from Nepal's 230 V, so voltage marking and tolerance must be checked rather than assumed identical.Nepal grid supply 230 V, 50 Hz — product voltage rating and marking NBSM NS certification mark and importer-of-record marking rules (where product is in mandatory scope) |
The frequency is identical (50 Hz), so no frequency redesign is needed — an advantage over 60 Hz markets. But the nominal voltage differs: China 220 V vs Nepal 230 V. Products must be rated and marked for 230 V operation with adequate tolerance, and the marking language and certification mark differ — Nepal expects English-and-possibly-Nepali consumer marking plus, where in mandatory scope, the NBSM NS mark and the in-country importer-of-record details, whereas China uses Chinese-language marking and the CCC mark. The Chinese CCC mark and Chinese-only labelling are not sufficient for Nepal; voltage rating, marking content, and importer identification must be adapted, and the NBSM mandatory scope for the specific product must be confirmed.[INFORMATIONAL] Nepal runs at 230 V, 50 Hz — the 50 Hz frequency matches China so no frequency redesign is needed, but the nominal voltage differs from China's 220 V and products must be rated and marked for 230 V. Marking must carry rating, manufacturer, and in-country importer details, with the NBSM NS mark where the product is in mandatory scope; the Chinese CCC mark and Chinese-only labelling are not sufficient. Confirm labelling-language and NS-mark obligations with the in-country importer and NBSM. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Electromagnetic compatibility — NS/IEC adoption of CISPR 15 vs China GB 17743 / GB 17625 | China applies mandatory EMC requirements for lighting equipment through GB 17743 (limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment — the GB transposition of CISPR 15) and GB 17625.1 (limits for harmonic current emissions — the GB transposition of IEC 61000-3-2). These EMC standards are part of the CCC certification requirements for luminaires in scope. China's EMC limits are therefore closely aligned in substance with the CISPR 15 family that Nepal's NS/IEC adoption draws on.GB 17743 — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment (China, transposes CISPR 15) GB 17625.1 — Limits for harmonic current emissions (China, transposes IEC 61000-3-2) |
Nepal does not operate a standalone EU-style EMC Directive. Where EMC performance is assessed for lighting equipment, NBSM works through NS standards that adopt the relevant IEC / CISPR references — principally CISPR 15 (limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment) and, where invoked, IEC 61547 (immunity) for lighting equipment. EMC requirements in Nepal are typically applied via the NBSM conformity scheme for products in mandatory scope or through procurement specifications, rather than as a separate horizontal EMC law covering all electrical products. Exporters should confirm with NBSM and the in-country importer whether an EMC test report to CISPR 15 / IEC 61547 is required for the specific LED product and channel.NS/IEC adoption of CISPR 15 — radio disturbance limits for electrical lighting and similar equipment (applied via NBSM where in scope) IEC 61547 — EMC immunity requirements for lighting equipment (where invoked) |
The technical EMC limits are broadly aligned because both sides trace back to CISPR 15 — China via GB 17743, Nepal via NS/IEC adoption — so a product that passes Chinese GB 17743 EMC testing is technically close to what Nepal would expect under CISPR 15. The gap is institutional, not technical: China's EMC compliance is evidenced inside the CCC framework, which is not recognised in Nepal, and Nepal applies EMC through the NBSM conformity scheme or procurement specs rather than a standalone EMC law. The exporter cannot rely on the CCC certificate as Nepal-side EMC evidence; an EMC test report referenced to CISPR 15 (and IEC 61547 immunity where invoked) acceptable to NBSM / the importer may be needed, and whether EMC testing is mandatory at all depends on the product's NBSM scope and channel.[INFORMATIONAL] Nepal has no standalone EU-style EMC Directive; EMC for lighting is applied through the NBSM conformity scheme or procurement specifications referencing CISPR 15 (and IEC 61547 immunity where invoked). The technical limits are broadly aligned with China's GB 17743 (which transposes CISPR 15), but the Chinese CCC framework is not recognised in Nepal, so a CISPR 15-referenced EMC test report acceptable to NBSM / the importer may be required. Confirm whether EMC testing is mandatory for the specific product and channel with NBSM. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Radio / wireless type approval for smart LED — NTA vs China SRRC | In China, a wireless-enabled luminaire requires SRRC (State Radio Regulation Commission) type approval (radio transmission equipment type approval) for the radio module, confirming the device meets China's frequency allocation and transmit-power rules. Smart luminaires sold in China therefore carry SRRC approval in addition to CCC certification for product safety and EMC. The SRRC approval is specific to China's spectrum regime.SRRC (State Radio Regulation Commission) type approval — radio transmission equipment approval (China) China radio spectrum allocation and transmit-power rules (administered by the radio regulator) |
A smart LED luminaire with wireless functionality (Wi-Fi, Bluetooth, Zigbee, or other radio modules) is a radio-transmitting product, and in Nepal radio equipment is regulated by the NTA (Nepal Telecommunications Authority). Wireless-enabled lighting requires NTA type approval / radio equipment approval to ensure the device operates within Nepal's permitted frequency bands and power limits before it can be lawfully imported and sold. This is separate from NBSM product safety / NS conformity — a smart luminaire can need both the NBSM safety pathway and NTA radio approval. The exporter should provide the radio module's technical specifications （frequency bands, transmit power, modulation） to the in-country importer so NTA approval can be arranged.NTA (Nepal Telecommunications Authority) — type approval / radio equipment approval for wireless products in Nepal Nepal national frequency / radio spectrum rules administered by NTA |
Both China and Nepal regulate radio modules, but through different national authorities and spectrum regimes — China via SRRC, Nepal via NTA — and the two approvals are not mutually recognised. A smart LED luminaire that holds Chinese SRRC approval still needs separate NTA type approval before lawful import and sale in Nepal, and the permitted frequency bands and power limits must be confirmed against NTA's rules （a module configured for China's spectrum may need re-verification for Nepal）. For a non-wireless LED luminaire there is no NTA obligation. The key action is: identify whether the product contains any radio module, and if so route NTA type approval through the in-country importer as a step distinct from the NBSM safety pathway.[INFORMATIONAL] A smart LED luminaire with any wireless module (Wi-Fi, Bluetooth, Zigbee) requires NTA type approval in Nepal before lawful import and sale, separate from the NBSM safety pathway. Chinese SRRC approval is not recognised in Nepal, and permitted frequency bands / power limits must be confirmed against NTA rules. Non-wireless LED luminaires carry no NTA obligation. Route NTA approval through the in-country importer with the radio module's technical specifications. | Nepal Telecommunications Authority (NTA)2026-06-15 · reference |
| Photobiological safety — NS/IEC 62471 blue light / optical radiation vs China GB/T 20145 | China assesses photobiological safety of lamps through GB/T 20145 (Photobiological safety of lamps and lamp systems), the GB transposition of CIE S 009 / IEC 62471, using the same Risk Group classification. For luminaires, GB 7000.1 (general safety requirements) references blue light hazard provisions, and CCC implementation rules for LED products in scope incorporate relevant photobiological safety requirements. China's technical basis for blue light / optical radiation hazard assessment is therefore aligned with the IEC 62471 framework that Nepal draws on.GB/T 20145 — Photobiological safety of lamps and lamp systems (China, transposes IEC 62471 / CIE S 009) GB 7000.1 — Luminaires general requirements and tests (references blue light hazard provisions, within CCC scope) |
Photobiological safety of lamps and luminaires — the assessment of optical radiation hazards including blue light retinal hazard — is assessed against IEC 62471 (photobiological safety of lamps and lamp systems), which NBSM can adopt as an NS reference where applied. The standard classifies products into Risk Groups (Exempt, RG1, RG2, RG3) based on emission and viewing conditions. In Nepal this is applied through the NBSM conformity scheme where the product is in mandatory scope, or via procurement specifications, rather than as a standalone consumer-labelling mandate equivalent to the EU's blue-light-hazard packaging label. Exporters should confirm with NBSM and the in-country importer whether an IEC 62471 photobiological test report and risk-group classification is required for the specific LED product.NS/IEC 62471 — Photobiological safety of lamps and lamp systems (adopted by NBSM where applied) IEC 62471 Risk Group classification (Exempt / RG1 / RG2 / RG3) — applied via NBSM conformity scheme or procurement specs |
The technical basis is aligned — both China (GB/T 20145) and Nepal (NS/IEC 62471) use the IEC 62471 Risk Group framework — so a product already assessed under GB/T 20145 has a directly comparable photobiological dossier. The gap is institutional and procedural: China's assessment sits within GB/CCC, which Nepal does not recognise, and in Nepal photobiological safety is applied via the NBSM conformity scheme or procurement specifications rather than a standalone blue-light-hazard consumer-label mandate like the EU's. The exporter cannot rely on the CCC certificate as Nepal-side evidence; an IEC 62471 test report and risk-group classification acceptable to NBSM / the importer may be needed, but whether it is mandatory depends on the product's NBSM scope and channel.[INFORMATIONAL] Photobiological (blue light / optical radiation) safety for LED products in Nepal is assessed against NS/IEC 62471 using the same Risk Group framework as China's GB/T 20145, so the technical dossier is directly comparable. Nepal has no standalone EU-style blue-light-hazard consumer-label mandate; the requirement is applied via the NBSM conformity scheme or procurement specifications. The Chinese CCC certificate is not Nepal-side evidence — an IEC 62471 report acceptable to NBSM / the importer may be required. Confirm scope with NBSM. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Flicker, glare and lighting quality — IEC/NS references vs China GB/T 31831 | China has more developed lighting-quality instruments. GB/T 31831 (Specifications of LED indoor lighting application) and related GB/T performance standards address illuminance, colour rendering (Ra), colour temperature, and uniformity; flicker / stroboscopic effect is addressed in GB/T performance and measurement standards and in the GB 7000 / GB 30255 safety-and-efficiency framework. These provide a relatively detailed domestic baseline for LED lighting quality, used in both product specification and procurement.GB/T 31831 — Specifications of LED indoor lighting application (China — illuminance, CRI, colour temperature, uniformity) GB/T LED performance and stroboscopic-effect measurement standards (China) |
Beyond hard optical-radiation hazard, lighting quality attributes — temporal light modulation (flicker / stroboscopic effect), glare, colour rendering, and colour consistency — affect visual comfort and are increasingly addressed in IEC performance standards (e.g. IEC TR 61547-1 and IEC 63158 for stroboscopic effect, IEC standards on LED module / lamp performance). In Nepal these quality attributes are not generally enforced as a standalone mandatory market-access gate; they enter mainly through NBSM-adopted NS performance standards where they exist, or through procurement / tender specifications (public lighting and institutional buyers may specify flicker and CRI limits). Exporters supplying tenders should request the specific lighting-quality criteria from the buyer, since these can exceed any baseline NS requirement.IEC performance references for temporal light modulation / stroboscopic effect (e.g. IEC TR 61547-1, IEC 63158) — adopted via NS where applied NBSM NS performance standards and Nepal procurement / tender lighting-quality specifications (flicker, glare, CRI) where invoked |
Lighting-quality requirements (flicker, glare, CRI, colour consistency) are not a standalone mandatory market-access gate in Nepal the way GB/T 31831 forms a detailed domestic baseline in China. In Nepal these attributes surface mainly through any NBSM-adopted NS performance standard and, importantly, through buyer / tender specifications — public lighting and institutional procurement can specify flicker and CRI limits that exceed any baseline. The practical exporter implication: a product engineered to China's GB/T 31831 lighting-quality baseline is generally well-positioned, but the exporter must read each Nepal tender's lighting-quality clauses individually rather than assume a single national threshold, and cannot rely on Chinese GB/T conformity as automatic Nepal-side acceptance.[INFORMATIONAL] Lighting-quality attributes (flicker / stroboscopic effect, glare, CRI, colour consistency) are not a standalone mandatory market-access gate in Nepal; they arise through NBSM-adopted NS performance standards where they exist and, most often, through buyer / tender specifications. A product designed to China's GB/T 31831 baseline is generally well-positioned, but the exporter must read each Nepal tender's lighting-quality clauses individually and cannot treat Chinese GB/T conformity as automatic Nepal-side acceptance. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Hazardous substance restriction — no EU-style horizontal RoHS regime in Nepal vs China GB/T 26572 | China operates GB/T 26572 (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) at the same concentration thresholds as EU RoHS, and China RoHS 2 (SJ/T 11364) requires a hazardous-substance disclosure label (orange / green marking) on EEE sold in China. China thus has a defined substance-restriction-and-disclosure framework, although as of 2026 the 4 EU phthalates (DEHP, BBP, DBP, DIBP) are not yet in the China mandatory restricted list.GB/T 26572 — Requirements for concentration limits for certain restricted substances in EEE (China — original 6 substances) SJ/T 11364 — China RoHS 2 hazardous-substance disclosure marking |
Nepal does not operate an EU-style horizontal RoHS regime restricting heavy metals and brominated flame retardants in electrical and electronic equipment as a mandatory market-access condition. As of 2026 there is no Nepal equivalent to the EU RoHS Directive 2011/65/EU restricting the 10 substances across all EEE, and no national mandatory substance-restriction certificate that an LED luminaire must hold to enter the Nepali market on substance grounds. This is stated plainly: the absence of a horizontal RoHS regime is not the same as a permission to use restricted substances freely — chemical-management obligations exist in Nepal through general environmental, hazardous-substance, and import controls, and through buyer / tender requirements — but there is no single binding RoHS substance-restriction gate equivalent to the EU. Exporters should confirm any substance-related import or procurement conditions with the in-country importer.No EU-style horizontal RoHS regime in Nepal as of 2026 — no national mandatory 10-substance restriction equivalent to Directive 2011/65/EU General Nepal environmental / hazardous-substance and import controls, plus buyer / tender substance requirements where invoked |
Here Nepal is the less demanding side on substance restriction: China has a defined RoHS framework (GB/T 26572 restriction of the 6 substances plus the China RoHS 2 disclosure label), whereas Nepal has no horizontal RoHS regime acting as a market-access gate. Consequently a product built to China RoHS is generally already at or above any baseline Nepal substance expectation, and there is no Nepal RoHS certificate to obtain. The honest caveat: (1) absence of a regime is not a licence to disregard chemical safety — general environmental/hazardous-substance and import controls still apply, and (2) buyers and public tenders in Nepal may contractually require RoHS-style substance compliance or test reports even though no national law mandates it, so the exporter should check tender clauses. Do not over-state a Nepal RoHS obligation that does not exist.[INFORMATIONAL] Nepal has no EU-style horizontal RoHS regime as of 2026 — there is no national mandatory 10-substance restriction or RoHS certificate that an LED luminaire must hold to enter the market on substance grounds. A product built to China RoHS (GB/T 26572) generally already exceeds any baseline Nepal expectation. The honest caveats: general environmental and import controls still apply, and Nepal buyers / public tenders may contractually require RoHS-style substance compliance or test reports. Do not over-state a Nepal RoHS obligation; confirm any substance conditions with the in-country importer and tender documents. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Chemical / SVHC supply-chain notification — no REACH-style obligation in Nepal | China likewise does not have a one-to-one equivalent of the REACH Article 33 article-level SVHC supply-chain notification duty. China's nearest instruments are MEE Order No. 12 (Measures for the Environmental Management of New Chemical Substances) on new chemical substance registration and GB 30981 / GHS-aligned classification and labelling rules for hazardous chemicals. These regulate chemical substances and mixtures rather than imposing an EU-style obligation to proactively notify B2B customers when an SVHC above 0.1% w/w is present in an article.MEE Order No. 12 — Measures for the Environmental Management of New Chemical Substances (China) GB 30981 — classification and labelling rules for hazardous chemicals (China, GHS-aligned) |
Nepal has no equivalent to the EU REACH Regulation (EC) 1907/2006 and its Article 33 SVHC supply-chain notification duty. There is no Nepal Candidate List of Substances of Very High Concern, no biannual-update obligation, no 45-day customer-notification duty, and no SCIP-style database registration for articles. Chemical management in Nepal operates through general environmental protection law, hazardous-chemical handling rules, and import controls rather than an article-level SVHC communication regime. The plain statement: for LED luminaires there is no ongoing SVHC tracking-and-notification compliance obligation imposed by Nepal national law. Any SVHC-style requirement would arise only contractually — for example a multinational buyer or donor-funded tender importing into Nepal applying its own group chemical policy.No REACH / SVHC Article 33-equivalent supply-chain notification regime in Nepal as of 2026 General Nepal environmental protection and hazardous-chemical / import controls (not an article-level SVHC communication duty) |
On article-level SVHC supply-chain notification, neither Nepal nor China imposes a REACH Article 33-equivalent duty — so there is no China-to-Nepal gap of the kind seen in a China-to-EU comparison, where REACH adds a major obligation. For the Nepal market specifically, the exporter does not need to build an ECHA-Candidate-List screening process or a 45-day notification workflow as a legal market-access condition. The realistic residual risk is contractual: a multinational distributor, retail chain, or donor-funded project importing into Nepal may apply its own corporate REACH-style chemical policy and request SVHC declarations. The exporter should therefore treat SVHC documentation as a buyer-driven, not Nepal-law-driven, item — and not represent it as a Nepal regulatory requirement.[INFORMATIONAL] Nepal has no REACH / SVHC Article 33-style article-level supply-chain notification duty, and neither does China — so there is no China-to-Nepal SVHC gap acting as a market-access condition. The exporter does not need an ECHA-Candidate-List screening or 45-day notification workflow for the Nepal market as a matter of law. The only realistic SVHC trigger is contractual — a multinational buyer or donor-funded tender applying its own chemical policy. Treat SVHC documentation as buyer-driven, not a Nepal regulatory requirement. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Import, customs and NBSM conformity pathway — landlocked transit via India vs China CCC | For the China domestic market, an LED luminaire in scope is certified under CCC (China Compulsory Certification) administered by CNCA, with certification typically through a body such as CQC, and sold directly within China without cross-border transit or an importer-of-record step. Wireless smart luminaires additionally hold SRRC radio approval. The CCC pathway is a single-jurisdiction domestic process with no landlocked-transit logistics dimension.CCC (China Compulsory Certification) administered by CNCA, certified via bodies such as CQC — domestic LED luminaire pathway SRRC radio approval for wireless smart luminaires (China domestic) |
Placing LED luminaires on the Nepali market runs through a licensed in-country importer of record and Nepal customs, plus NBSM (Nepal Bureau of Standards and Metrology) conformity where the product is in mandatory NS certification scope. Nepal is landlocked, so sea freight from China is discharged at an Indian port — typically Kolkata / Haldia or Visakhapatnam (Vizag) — and moves overland into Nepal under transit arrangements, which adds documentation （India transit, Nepal customs declaration） and lead-time considerations. The importer handles customs clearance, any NBSM conformity / NS marking steps for regulated products, and — for wireless smart luminaires — NTA radio approval. The exporter's job is to supply a compliant product plus the technical evidence （safety, EMC, photobiological test reports referenced to NS/IEC standards） the importer needs to clear and, where required, certify the goods.NBSM conformity / NS certification pathway for regulated products, handled with the in-country importer of record Nepal customs and India transit arrangements (landlocked — discharge via Kolkata / Haldia or Visakhapatnam, overland into Nepal) |
The Nepal pathway differs structurally from China's CCC: (1) it is cross-border and runs through a licensed in-country importer of record, who is central to customs clearance and any NBSM conformity step — the exporter cannot self-place the product as a manufacturer the way it operates domestically in China; (2) Nepal's landlocked geography means goods transit an Indian port (Kolkata / Haldia or Vizag) overland into Nepal, adding India-transit and Nepal-customs documentation and lead time absent from a China domestic sale; (3) the conformity evidence must be referenced to NS/IEC standards acceptable to NBSM, not the Chinese CCC certificate, which is not recognised in Nepal; and (4) wireless products need NTA approval separately. The exporter's deliverable is a product plus NS/IEC-referenced test evidence handed to the importer — substance-restriction (RoHS/REACH) is notably NOT a Nepal market-access gate here, unlike in an EU pathway.[INFORMATIONAL] The Nepal pathway is cross-border and importer-led: placement runs through a licensed in-country importer of record, Nepal customs, and NBSM conformity / NS certification where in scope, with goods transiting an Indian port (Kolkata / Haldia or Vizag) overland into landlocked Nepal. The Chinese CCC certificate is not recognised — conformity evidence must be referenced to NS/IEC standards acceptable to NBSM, and wireless products need NTA approval. Notably, substance restriction (RoHS/REACH) is NOT a Nepal market-access gate here, unlike an EU pathway. Coordinate the conformity and customs steps with the in-country importer. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| Luminaire and lamp electrical safety — NS/IEC 60598 and NS/IEC 62560 vs China GB 7000 / GB 24906 | China assesses luminaire and lamp safety through GB 7000.1 (Luminaires — Part 1: General requirements and tests, the GB transposition of IEC 60598-1) with the relevant GB 7000.2xx particular-requirements parts, and GB 24906 (Self-ballasted LED-lamps for general lighting services with supply voltages > 50 V — Safety specifications, the GB transposition of IEC 62560). These safety standards are within the CCC certification requirements for in-scope luminaires and LED lamps in China, rated for the China nominal 220 V, 50 Hz supply.GB 7000.1 (and GB 7000.2xx parts) — Luminaires safety (China, transposes IEC 60598) GB 24906 — Self-ballasted LED-lamps > 50 V — Safety specifications (China, transposes IEC 62560) |
Electrical safety of LED luminaires and lamps for the Nepali market is assessed against NS standards that adopt the IEC luminaire and lamp safety series: IEC 60598-1 (luminaires — general requirements and tests) with the relevant Part 2 sections for the luminaire type, and IEC 62560 (self-ballasted LED lamps for general lighting services > 50 V — safety). Where NBSM applies mandatory NS certification to a regulated lighting product, the NS certificate and mark evidence conformity to these adopted standards, and the product must be rated for Nepal's 230 V, 50 Hz supply. The exporter supplies the safety test reports referenced to the NS/IEC standards to the in-country importer, who arranges any NBSM conformity step. Exporters should confirm the exact NS-adopted edition and the Part 2 section applicable to the specific luminaire with NBSM / the importer.NS/IEC 60598-1 and relevant Part 2 — luminaires general and particular safety requirements (adopted by NBSM) NS/IEC 62560 — Self-ballasted LED lamps for general lighting services > 50 V — Safety specifications (adopted by NBSM) |
The technical safety basis is aligned because both sides trace to the same IEC standards — China via GB 7000 / GB 24906, Nepal via NS adoption of IEC 60598 / IEC 62560 — so a product engineered and tested to the Chinese GB safety standards is technically close to what Nepal expects. Two real gaps remain. First, institutional: China's safety conformity is evidenced inside CCC, which is not recognised in Nepal; the exporter must provide NS/IEC-referenced safety test reports acceptable to NBSM / the importer and, where the product is in mandatory NS scope, complete the NBSM conformity step rather than relying on the CCC certificate. Second, electrical: the product must be rated and verified for Nepal's 230 V supply (vs China's 220 V); the 50 Hz frequency is identical so no frequency redesign is needed, but voltage rating, creepage/clearance margins, and component ratings should be confirmed for 230 V operation.[INFORMATIONAL] LED luminaire and lamp electrical safety in Nepal is assessed against NS adoptions of IEC 60598 and IEC 62560 — the same IEC basis China transposes into GB 7000 / GB 24906 — so the technical dossier is closely comparable. The Chinese CCC certificate is not recognised in Nepal: the exporter must provide NS/IEC-referenced safety test reports acceptable to NBSM / the importer and complete the NBSM conformity step where the product is in mandatory scope. The product must also be rated and verified for Nepal's 230 V supply (the 50 Hz frequency matches China, so no frequency redesign is needed). | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
| LED driver / control gear safety — NS/IEC 61347-2-13 and IEC 62384 vs China GB 19510 | China assesses LED control gear safety through GB 19510.1 (Lamp controlgear — Part 1: General and safety requirements, transposing IEC 61347-1) and GB 19510.14 (particular requirements for LED-module controlgear, transposing IEC 61347-2-13), with GB/T 24825 covering LED-module control gear performance (transposing IEC 62384). LED drivers in in-scope products are covered within the luminaire/lamp CCC certification or, for standalone control gear, under the applicable GB control gear standards, rated for China's 220 V, 50 Hz supply.GB 19510.1 / GB 19510.14 — lamp controlgear general/safety and LED-module controlgear particular requirements (China, transpose IEC 61347-1 / -2-13) GB/T 24825 — LED-module control gear performance (China, transposes IEC 62384) |
The LED driver / control gear is a critical safety and reliability component, and its safety is assessed against IEC 61347-1 (lamp controlgear — general and safety requirements) with IEC 61347-2-13 (particular requirements for d.c. or a.c. supplied electronic controlgear for LED modules), and performance against IEC 62384 (DC or AC supplied electronic control gear for LED modules — performance requirements), which NBSM can adopt as NS references. For a luminaire with integrated driver, the driver is evaluated as part of the luminaire under NS/IEC 60598; for separately-supplied control gear, the controlgear standards apply directly. The driver must be rated for Nepal's 230 V, 50 Hz mains. Test evidence referenced to these NS/IEC standards is provided to the in-country importer for any NBSM conformity step.NS/IEC 61347-1 and NS/IEC 61347-2-13 — lamp controlgear general/safety and particular requirements for LED-module controlgear (adopted by NBSM) IEC 62384 — DC or AC supplied electronic control gear for LED modules — performance requirements (where applied) |
As with luminaire safety, the driver/control-gear technical basis is aligned — China's GB 19510 series and GB/T 24825 transpose the same IEC 61347 / IEC 62384 standards that Nepal adopts as NS references — so a driver designed to the Chinese GB control-gear standards is technically close to Nepal's expectation. The gaps are again institutional and electrical: (1) the CCC framework that evidences Chinese control-gear safety is not recognised in Nepal, so NS/IEC-referenced driver safety/performance test evidence acceptable to NBSM / the importer is needed, with the NBSM conformity step completed where the product is in mandatory scope; and (2) the driver must be rated and verified for Nepal's 230 V mains rather than China's 220 V — the 50 Hz frequency matches, so no frequency-related driver redesign is required, but input-voltage rating and surge / over-voltage margins should be confirmed for 230 V operation, which is also relevant to field reliability under Nepal's grid conditions.[INFORMATIONAL] LED driver / control-gear safety in Nepal is assessed against NS adoptions of IEC 61347-1 / 61347-2-13 (and IEC 62384 performance where applied) — the same IEC basis China transposes into the GB 19510 series and GB/T 24825 — so the technical dossier is closely comparable. The Chinese CCC certificate is not recognised in Nepal: NS/IEC-referenced driver safety/performance evidence acceptable to NBSM / the importer is needed, with the NBSM conformity step where in scope. The driver must also be rated for Nepal's 230 V mains (50 Hz matches China, so no frequency-related redesign), with surge / over-voltage margins confirmed for grid reliability. | Nepal Bureau of Standards and Metrology (NBSM)2026-06-15 · reference |
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- Nepal Bureau of Standards and Metrology (NBSM) · accessed 2026-06-15 · reference · used in 10 rows
- Nepal Telecommunications Authority (NTA) · accessed 2026-06-15 · reference · used in 1 rows