Energy Efficiency / Performance — Energy Programmes (no EU-style mandatory Ecodesign)?

Cambodia has no EU-style mandatory Ecodesign efficacy regulation as a market-access gate for LED lamps; energy performance is addressed through Cambodian energy programmes (voluntary or programme-based MEPS) and CS / IEC 62612 performance where adopted, supported by ASEAN harmonisation. China's GB 30255 efficacy floor and China Energy Label are more prescriptive and provide strong technical evidence, but the CEL is not recognised in Cambodia. Confirm with the energy authority and importer whether any programme registration applies to the specific lamp category.

Energy Labelling & Product Registration (no EU-style A-G label or EPREL)?

Cambodia has no EU-style A-G energy label or EPREL-type registration mandate for general market access of LED lamps; any labelling/registration is tied to a specific Cambodian energy programme covering the category. China's mandatory China Energy Label and GB 30255-based registration exceed this and supply ready energy data, but the CEL is not recognised in Cambodia. Confirm with the importer and energy authority whether the lamp category is in scope of any Cambodian labelling/registration programme and the required format/language.

Electromagnetic Compatibility — Emissions (CS / IEC / CISPR 15)?

Lighting emissions for Cambodia reference the CISPR 15 base ISC may adopt; there is no EU-style standalone horizontal EMC Directive. For non-radio luminaires EMC is handled within ISC conformity / import inspection where regulated; for smart/wireless lighting, RF emissions and spectrum use require mandatory TRC type approval. Chinese CCC EMC reports are not automatically recognised — confirm acceptance of foreign reports versus local testing, and test on the 230 V / 50 Hz grid.

Immunity & Wireless Type Approval (IEC 61547 / TRC)?

For smart/wireless LED lighting, Cambodia requires mandatory TRC type approval before import and sale — China's SRRC approval is not recognised and a separate Cambodian filing through a local importer/representative is needed. Immunity references IEC 61547, technically aligned with China's GB/T 18595, but Chinese CCC/SRRC evidence does not automatically satisfy the Cambodian route. Confirm acceptance of foreign module approvals versus local testing, and test on the 230 V / 50 Hz grid.

Photobiological Safety — Blue Light & Optical Radiation (CS / IEC 62471)?

Photobiological safety for Cambodia references the IEC 62471 base ISC may adopt; classification matches China's GB/T 20145 method. Cambodia has no EU-style horizontal mandate for a universal blue-light hazard packaging label — IEC 62471 matters where it is part of an applicable CS standard, product specification, or buyer requirement. A Chinese GB/T 20145 report is technically comparable but not automatically recognised; confirm with ISC and the importer whether it supports import inspection or re-assessment is needed.

Hazard Labelling & Product Information (CS / IEC 62471 marking practice)?

Photobiological hazard information for Cambodia follows the IEC 62471 classification ISC may adopt, with the labelling obligation triggered by an applicable CS / IEC standard, ISC import inspection, or buyer specification rather than an EU-style universal packaging mandate. A Chinese GB/T 20145 classification is technically reusable, but acceptance and the language/format of product information should be confirmed with ISC and the in-country importer.

Hazardous Substance Restriction — No EU-Style Horizontal RoHS in Cambodia?

Cambodia has no EU-style horizontal RoHS regime for electrical and electronic equipment, so there is no standalone Cambodian RoHS conformity step for LED luminaires. Existing China RoHS / GB/T 26572 substance declarations are generally more than sufficient and can be retained as voluntary evidence. Substance limits apply only where a specific CS / IEC product standard (e.g. mercury limits in certain lamps) or a buyer/tender specification sets them; the four EU-added phthalates are not a Cambodian legal requirement.

Mercury & Lamp-Specific Substance Content (CS / IEC lamp standards)?

For LED luminaires there is effectively no Cambodian mercury-restriction step: LED sources are mercury-free, Cambodia has no horizontal RoHS, and Minamata mercury controls apply to fluorescent rather than LED technologies. Existing China RoHS / GB/T 26572 documentation already evidences mercury compliance and can satisfy any buyer substance declaration. Only mixed portfolios still shipping fluorescent products need to track Minamata phase-down timelines.

CROSS-STANDARD public interest · LED luminaire

China-to-Cambodia LED Luminaire Compliance Gap Matrix

Name: China-to-Cambodia LED Luminaire Compliance Gap Matrix
Creator: Cross-Standard
License: https://creativecommons.org/licenses/by/4.0/

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 Cambodian market-access requirements administered by the Institute of Standards of Cambodia (ISC) — adopted CS/IEC luminaire safety standards (CS/IEC 60598 series), lamp safety (IEC 62560), photobiological safety (IEC 62471), conformity and import inspection for regulated products, energy programmes, and Telecommunication Regulator of Cambodia (TRC) type approval for wireless smart lighting — versus Chinese GB 30255 / GB 7000 standards and CCC certification. Cambodia operates a 230 V / 50 Hz grid.

Dataset 2026-06-11 Last verified 2026-06-15 11 rows

Short answer

A Chinese LED luminaire manufacturer exporting to Cambodia should expect: product conformity against ISC-adopted Cambodian Standards (CS), which are typically adopted from IEC — luminaire safety to the CS/IEC 60598 series and self-ballasted lamp safety to IEC 62560; conformity assessment and import inspection for regulated products coordinated through the Institute of Standards of Cambodia (ISC) and the in-country importer; photobiological safety assessment to IEC 62471 where applicable; alignment with any applicable Cambodian energy programmes / minimum energy performance initiatives (Cambodia has no EU-style mandatory Ecodesign efficacy regulation or A-G energy label, so the China-export 'ecodesign' lane maps onto these energy programmes rather than a binding efficacy floor); Telecommunication Regulator of Cambodia (TRC) type approval for wireless/smart lighting; and design for the 230 V / 50 Hz grid (50 Hz matches China, but nominal voltage differs from China's 220/380 V). Cambodia has no horizontal RoHS, REACH-style SVHC, or battery/outdoor-noise regime equivalent to the EU — those obligations are largely absent and are flagged as such. CCC certification and Chinese GB test reports are not automatically recognised; an in-country importer and ISC conformity route are needed.

GAP MATRIX

Compliance Gap Matrix

Gap matrix
Compliance item	Common China baseline	Cambodia (ISC)	Gap / action	Source + verification date
Energy Efficiency / Performance — Energy Programmes (no EU-style mandatory Ecodesign)	China sets mandatory minimum energy performance and energy-efficiency grades for LED lamps through GB 30255 (Minimum allowable values of energy efficiency and energy efficiency grades for LED lamps for general lighting service) and related performance standards, with China Energy Label (CEL) registration for in-scope products. This is a binding domestic efficacy floor — more prescriptive than Cambodia's programme-based approach. The Chinese efficacy data and CEL registration provide a strong technical baseline that typically exceeds any voluntary Cambodian MEPS, but the CEL itself is a Chinese-domestic scheme not recognised in Cambodia.GB 30255 — Minimum allowable values of energy efficiency and energy efficiency grades for LED lamps for general lighting service China Energy Label (CEL) registration for in-scope LED products	Cambodia does not operate an EU-style mandatory Ecodesign efficacy regulation (no direct counterpart to Regulation (EU) 2019/2020) that sets a binding minimum luminous efficacy (lm/W), colour-rendering, lifetime, or power-factor floor as a market-access gate for LED lamps. Instead, energy performance is addressed through Cambodian energy programmes and efficiency initiatives (driven by the energy authorities and supported by ASEAN harmonisation efforts such as ASEAN SHINE for lighting), which may set voluntary or programme-based minimum energy performance standards (MEPS) and product registration for specific lamp categories. Performance is otherwise governed by the CS / IEC performance standards ISC adopts (e.g. IEC 62612 for self-ballasted LED lamp performance) and by buyer specifications. The honest mapping: the EU 'Ecodesign' lane corresponds to these energy programmes, not to a binding national efficacy floor.No EU-style mandatory Ecodesign efficacy regulation in Cambodia (no direct counterpart to Regulation (EU) 2019/2020) Cambodian energy programmes / efficiency initiatives and ASEAN harmonisation (e.g. ASEAN SHINE for lighting); CS / IEC 62612 performance standard where adopted	This is a case where the China baseline (mandatory GB 30255 efficacy floor + CEL) is more prescriptive than the target market. Cambodia has no binding national efficacy regulation as a market-access gate, so there is no EU-style Ecodesign conformity step to add; the EU 'Ecodesign' lane maps onto Cambodian energy programmes that may be voluntary or programme-based. Practical guidance: (1) confirm with the Cambodian energy authority and the importer whether any MEPS / programme registration applies to the specific lamp category and whether it is mandatory or voluntary; (2) existing GB 30255 efficacy data and IEC 62612 performance reports are strong supporting evidence and usually exceed any Cambodian programme threshold; (3) the China Energy Label is not recognised — do not present it as Cambodian compliance; (4) buyer/tender energy-performance specs may be the real driver and should be met directly.[INFORMATIONAL] Cambodia has no EU-style mandatory Ecodesign efficacy regulation as a market-access gate for LED lamps; energy performance is addressed through Cambodian energy programmes (voluntary or programme-based MEPS) and CS / IEC 62612 performance where adopted, supported by ASEAN harmonisation. China's GB 30255 efficacy floor and China Energy Label are more prescriptive and provide strong technical evidence, but the CEL is not recognised in Cambodia. Confirm with the energy authority and importer whether any programme registration applies to the specific lamp category.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Energy Labelling & Product Registration (no EU-style A-G label or EPREL)	China requires the China Energy Label (CEL) for in-scope LED lamps under the national energy efficiency labelling scheme, with mandatory registration and a graded label displayed on the product/packaging, based on GB 30255 grades. This is a binding domestic labelling and registration obligation. The CEL grading and registration data give a Chinese exporter a ready evidence base, but the CEL is a Chinese-domestic mark and is neither required nor recognised in Cambodia.China Energy Label (CEL) — mandatory energy efficiency labelling and registration for in-scope LED lamps GB 30255 — basis for the energy efficiency grades shown on the CEL	Cambodia does not require an EU-style rescaled A-G energy label or an EPREL-type public product database registration as a precondition for placing LED lamps on the market (no counterpart to Regulation (EU) 2019/2015 or the EPREL database). Where energy labelling exists, it is tied to specific Cambodian energy-programme initiatives or ASEAN harmonisation activities and applies to the categories those programmes cover, rather than as a universal mandatory label for all light sources. The in-country importer should confirm whether the specific lamp category is in scope of any Cambodian energy-label or registration programme and, if so, in what format and language (Khmer/English) the information must be presented.No EU-style energy label / EPREL registration mandate in Cambodia (no counterpart to Regulation (EU) 2019/2015) Cambodian energy-programme labelling / registration where applicable; ASEAN harmonisation activities for lighting	Again the China baseline (mandatory CEL + registration) exceeds the target market. Cambodia has no universal energy-label or EPREL-style registration mandate, so there is no EU-equivalent labelling/registration step to add for general market access; the obligation only arises if the specific lamp category falls under a Cambodian energy-programme label. Practical guidance: (1) confirm with the importer and energy authority whether the category is in any Cambodian labelling/registration programme and whether participation is mandatory; (2) do not reproduce the China Energy Label as Cambodian compliance — it is not recognised; (3) where a buyer/tender or programme requires energy data, the existing GB 30255 / CEL grades and IEC 62612 performance reports supply the underlying numbers; (4) confirm format and language (Khmer/English) for any required on-product energy information.[INFORMATIONAL] Cambodia has no EU-style A-G energy label or EPREL-type registration mandate for general market access of LED lamps; any labelling/registration is tied to a specific Cambodian energy programme covering the category. China's mandatory China Energy Label and GB 30255-based registration exceed this and supply ready energy data, but the CEL is not recognised in Cambodia. Confirm with the importer and energy authority whether the lamp category is in scope of any Cambodian labelling/registration programme and the required format/language.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Electromagnetic Compatibility — Emissions (CS / IEC / CISPR 15)	China controls lighting emissions through GB/T 17743 (limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment, aligned to CISPR 15) and GB 17625.1 (harmonic current emissions). For in-scope products, EMC is part of the CCC assessment performed by CNCA-authorized laboratories. The Chinese emissions limits derive from the same CISPR 15 base ISC references, so the underlying test method is comparable, but CCC EMC reports are not automatically recognised in Cambodia.GB/T 17743 — Radio disturbance characteristics of electrical lighting and similar equipment (aligned to CISPR 15) GB 17625.1 — Limits for harmonic current emissions	For radio-frequency disturbance (emissions) from lighting equipment, the internationally referenced base is CISPR 15 (Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment), which ISC may adopt or reference as a Cambodian Standard. Cambodia does not operate an EU-style horizontal EMC Directive with mandatory CE marking; instead, EMC characteristics are addressed where the product is a regulated item under ISC conformity / import inspection, and more strictly for radio-enabled products through the Telecommunication Regulator of Cambodia (TRC). Testing on a 230 V / 50 Hz supply should reflect the local grid.CISPR 15 / IEC equivalent — Limits and methods of measurement of radio disturbance characteristics of electrical lighting and similar equipment (international base ISC may adopt / reference) Telecommunication Regulator of Cambodia (TRC) — type approval and RF oversight for radio-enabled products	Both Cambodia (via CISPR 15) and China (via GB/T 17743) reference the same CISPR 15 emissions base, so the test method aligns. The differences are: (1) Cambodia has no standalone horizontal EMC Directive — for non-radio LED luminaires, EMC is handled within ISC conformity / import inspection where the product is regulated, not via a separate mandatory EMC mark; (2) for radio-enabled (smart) lighting, RF emissions and spectrum use fall under TRC type approval, which is a distinct and mandatory step; (3) CCC EMC reports are not automatically recognised — confirm with ISC / TRC whether foreign (ILAC MRA) reports are accepted or local testing is required; (4) emissions testing should be conducted at the 230 V / 50 Hz local mains. The frequency (50 Hz) matches China, but the nominal voltage differs.[INFORMATIONAL] Lighting emissions for Cambodia reference the CISPR 15 base ISC may adopt; there is no EU-style standalone horizontal EMC Directive. For non-radio luminaires EMC is handled within ISC conformity / import inspection where regulated; for smart/wireless lighting, RF emissions and spectrum use require mandatory TRC type approval. Chinese CCC EMC reports are not automatically recognised — confirm acceptance of foreign reports versus local testing, and test on the 230 V / 50 Hz grid.	Telecommunication Regulator of Cambodia (TRC)2026-06-15 · reference
Immunity & Wireless Type Approval (IEC 61547 / TRC)	China references immunity through GB/T 18595 (general lighting equipment EMC immunity requirements, aligned to IEC 61547). For wireless lighting sold in China, the radio module is subject to SRRC (State Radio Regulation of China) radio transmission equipment type approval, and may also fall under CCC depending on configuration. The SRRC approval is a Chinese national authorisation and is not recognised by Cambodia's TRC — a separate TRC type approval is required for the Cambodian market.GB/T 18595 — General lighting equipment EMC immunity requirements (aligned to IEC 61547) SRRC type approval — radio transmission equipment type approval for wireless modules in China	Immunity of lighting equipment references IEC 61547 (Equipment for general lighting purposes — EMC immunity requirements), which ISC may adopt or reference for regulated products. For LED luminaires with wireless control (Wi-Fi, Bluetooth, Zigbee, etc.), the Telecommunication Regulator of Cambodia (TRC) requires type approval before import and sale: the radio module must be approved, spectrum and power limits respected, and an in-country importer / local representative is generally needed to file the TRC application. This is the key Cambodia-specific gate for smart lighting and applies in addition to product safety conformity.IEC 61547 — Equipment for general lighting purposes — EMC immunity requirements (international base ISC may adopt / reference) Telecommunication Regulator of Cambodia (TRC) — mandatory type approval for radio-enabled / wireless lighting products	Immunity test content (IEC 61547 vs GB/T 18595) is technically aligned via the shared IEC base. The decisive Cambodia gap is wireless authorisation: China's SRRC approval does not carry over to Cambodia, so any smart/wireless LED product needs a distinct TRC type approval, generally filed through an in-country importer or local representative, with the specific radio module, frequency bands and transmit power assessed against Cambodian spectrum rules. For non-wireless luminaires, immunity is handled within ISC conformity / import inspection where regulated. Confirm with TRC and the importer whether foreign module approvals or test reports can support the Cambodian filing, and whether local testing is required. Test at 230 V / 50 Hz.[INFORMATIONAL] For smart/wireless LED lighting, Cambodia requires mandatory TRC type approval before import and sale — China's SRRC approval is not recognised and a separate Cambodian filing through a local importer/representative is needed. Immunity references IEC 61547, technically aligned with China's GB/T 18595, but Chinese CCC/SRRC evidence does not automatically satisfy the Cambodian route. Confirm acceptance of foreign module approvals versus local testing, and test on the 230 V / 50 Hz grid.	Telecommunication Regulator of Cambodia (TRC)2026-06-15 · reference
Photobiological Safety — Blue Light & Optical Radiation (CS / IEC 62471)	China assesses photobiological safety through GB/T 20145-2006 (Photobiological safety of lamps and lamp systems, identical-in-content adoption of CIE S 009 / IEC 62471) and references blue-light hazard grouping in product and CCC-related documentation, e.g. via GB 7000.1 luminaire requirements and lamp standards. The risk-group classification method is the same as the IEC 62471 base ISC references, so a Chinese GB/T 20145 photobiological report is technically comparable, but it is not automatically recognised under the Cambodian conformity / import-inspection pathway.GB/T 20145-2006 — Photobiological safety of lamps and lamp systems (adoption of CIE S 009 / IEC 62471) GB/T 7000.1-2023 — luminaire requirements referencing photobiological hazard where applicable	Photobiological safety of lamps and luminaires references IEC 62471 (Photobiological safety of lamps and lamp systems), which ISC may adopt or reference as a Cambodian Standard for regulated lighting products. The standard classifies products by retinal blue-light hazard and other optical-radiation hazards into Exempt Group, Risk Group 1, 2, or 3, and informs hazard labelling. Cambodia does not impose an EU-style mandatory blue-light hazard packaging mark via a horizontal regulation; instead, where IEC 62471 is part of an applicable CS standard or product specification, the assessment is expected as part of ISC conformity / import inspection or customer requirements. Most general-service LED lamps fall in the Exempt Group or Risk Group 1.CS / IEC 62471 — Photobiological safety of lamps and lamp systems (IEC base ISC may adopt / reference) Institute of Standards of Cambodia (ISC) — conformity / import inspection where photobiological safety forms part of an applicable CS standard or product specification	The classification method is common: Cambodia (CS/IEC 62471) and China (GB/T 20145) both derive from IEC 62471 / CIE S 009. The differences are practical: (1) Cambodia has no EU-style horizontal regulation mandating a blue-light hazard packaging label across all LED products — the IEC 62471 assessment matters where it is part of an applicable CS standard, product specification, or buyer requirement, rather than as a universal legal packaging mandate; (2) a Chinese GB/T 20145 photobiological report is technically comparable but is not automatically recognised — confirm with ISC and the importer whether an existing report supports import inspection or whether re-assessment to the CS/IEC reference is needed; (3) Risk Group 2+ products (rare for general LED lamps) warrant particular attention to any labelling expectations. No EU-equivalent blue-light hazard class is legally required for general-service lamps unless tied to a specific CS standard.[INFORMATIONAL] Photobiological safety for Cambodia references the IEC 62471 base ISC may adopt; classification matches China's GB/T 20145 method. Cambodia has no EU-style horizontal mandate for a universal blue-light hazard packaging label — IEC 62471 matters where it is part of an applicable CS standard, product specification, or buyer requirement. A Chinese GB/T 20145 report is technically comparable but not automatically recognised; confirm with ISC and the importer whether it supports import inspection or re-assessment is needed.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Hazard Labelling & Product Information (CS / IEC 62471 marking practice)	In China, hazard grouping and information practice follow GB/T 20145 (photobiological safety) together with the marking and information requirements of GB/T 7000.1 and the relevant lamp standards. Product markings and instructions are generally provided in Chinese for the domestic market. The technical grouping basis matches the IEC 62471 reference, but the language, format, and the regulatory hook (CCC / GB) are Chinese-domestic and do not transfer automatically to Cambodian import requirements.GB/T 20145-2006 — photobiological safety classification GB/T 7000.1-2023 — marking and product information requirements for luminaires	Where a product is assessed under IEC 62471 and falls in Risk Group 1 or higher, the standard and associated technical reports (e.g. IEC TR 62471-2 for manufacturing guidance) indicate hazard information and, for higher groups, warning labelling. In Cambodia, the obligation to display such information is driven by the applicable CS / IEC product standard, ISC conformity / import-inspection requirements for the regulated product, and buyer or sectoral specifications, rather than by a standalone EU-style packaging-label regulation. Importers should ensure that any required group classification, viewing-distance notes, and warnings are present in a form acceptable to ISC and end customers; product information may need to be available in Khmer or as agreed with the importer.CS / IEC 62471 and IEC TR 62471-2 — photobiological hazard classification and manufacturing/labelling guidance (as referenced by ISC where applicable) Institute of Standards of Cambodia (ISC) — import inspection / product information expectations for regulated lighting	Both sides classify hazards the same way (IEC 62471 base). The Cambodian gap is about the trigger and presentation of information, not the science: (1) Cambodia has no horizontal regulation universally mandating a photobiological hazard label — the obligation arises from the applicable CS / IEC product standard, ISC import-inspection requirements, or buyer specification; (2) Chinese-language markings prepared for the domestic market may need to be supplemented in Khmer or English as agreed with the importer and acceptable to ISC; (3) any Risk Group 2+ warning content should be confirmed for format and placement; (4) a Chinese GB/T 20145 classification can usually be reused as technical evidence, but its acceptance for Cambodian import inspection should be confirmed with ISC and the in-country importer.[INFORMATIONAL] Photobiological hazard information for Cambodia follows the IEC 62471 classification ISC may adopt, with the labelling obligation triggered by an applicable CS / IEC standard, ISC import inspection, or buyer specification rather than an EU-style universal packaging mandate. A Chinese GB/T 20145 classification is technically reusable, but acceptance and the language/format of product information should be confirmed with ISC and the in-country importer.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Hazardous Substance Restriction — No EU-Style Horizontal RoHS in Cambodia	China operates its own restriction regime: GB/T 26572 (limit requirements for restricted substances in EEE) and the China RoHS 2 administrative measures, with marking (the orange Environmental Protection Use Period logo and a hazardous-substance table) and, for catalogue products, conformity requirements. China RoHS restricts lead, mercury, cadmium, hexavalent chromium, PBB and PBDE, but does not include the four phthalates (DEHP, BBP, DBP, DIBP) added by EU RoHS. A Chinese manufacturer typically already holds a hazardous-substance declaration and GB/T 26572 test data, which is useful evidence even though Cambodia imposes no matching legal RoHS obligation.GB/T 26572 — Requirements of concentration limits for certain restricted substances in EEE (China RoHS) China RoHS 2 administrative measures — marking and conformity (catalogue-based)	Cambodia does not currently operate an EU-style horizontal hazardous-substance restriction regime equivalent to RoHS (Directive 2011/65/EU) for electrical and electronic equipment. There is no Cambodian general legal requirement that LED luminaires comply with a fixed list of restricted substances (lead, mercury, cadmium, hexavalent chromium, PBB, PBDE, and the four phthalates added by EU RoHS) with a CE-style declaration. Substance content is therefore governed by any specific CS / IEC product standard that happens to set limits (for example mercury content limits inherent to certain lamp standards), by buyer or sectoral specifications, and by general product-safety and import expectations under ISC, rather than by a dedicated Cambodian RoHS law. This should be stated plainly: the absence of a horizontal RoHS regime means there is no standalone Cambodian RoHS conformity step.No EU-style horizontal RoHS regime in Cambodia for EEE (no Cambodian equivalent of Directive 2011/65/EU) Substance limits, where they exist, arise from specific CS / IEC product standards or buyer specifications rather than a dedicated Cambodian RoHS law	This is a case where the China baseline is more developed than the target market. Cambodia has no horizontal RoHS, so there is no standalone Cambodian RoHS conformity step that a Chinese exporter must add — the honest mapping is that the EU 'RoHS' obligation has no direct Cambodian legal counterpart. Existing China RoHS / GB/T 26572 declarations are therefore generally more than sufficient for Cambodian entry and can be retained as voluntary evidence and for buyers who specify substance limits. Exporters should not assume a Cambodian RoHS certificate is required (it is not), but should: (1) check whether any specific CS / IEC product standard for the lamp/luminaire sets substance limits (e.g. mercury in certain lamps); (2) meet any buyer or tender substance specifications, which may reference EU RoHS or REACH voluntarily; (3) recognise the four EU-added phthalates are not a Cambodian requirement.[INFORMATIONAL] Cambodia has no EU-style horizontal RoHS regime for electrical and electronic equipment, so there is no standalone Cambodian RoHS conformity step for LED luminaires. Existing China RoHS / GB/T 26572 substance declarations are generally more than sufficient and can be retained as voluntary evidence. Substance limits apply only where a specific CS / IEC product standard (e.g. mercury limits in certain lamps) or a buyer/tender specification sets them; the four EU-added phthalates are not a Cambodian legal requirement.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Mercury & Lamp-Specific Substance Content (CS / IEC lamp standards)	China is likewise a party to the Minamata Convention and regulates mercury-added products and emissions accordingly; for lamps, mercury content limits historically applied to fluorescent products under GB standards, while LED light sources are mercury-free by design. China RoHS (GB/T 26572) sets the 0.1% mercury concentration limit for EEE homogeneous materials as one of its six restricted substances, which LED products meet inherently. A Chinese exporter therefore generally has documentation showing mercury is not intentionally present in LED products.GB/T 26572 — mercury concentration limit (0.1%) among China RoHS restricted substances Minamata Convention implementation in China — mercury-added product controls	Although Cambodia lacks a horizontal RoHS law, certain lamp-specific substance limits can still arise from the product standards ISC adopts (CS / IEC) and from international obligations such as the Minamata Convention on Mercury, to which Cambodia is a party, which phases down mercury-containing products. For LED lamps and luminaires this is largely a non-issue because LED light sources do not contain intentional mercury (unlike fluorescent lamps); however, where a portfolio still includes fluorescent or mixed technologies, the mercury content and phase-out timelines under Minamata and any implementing measures are the relevant constraint rather than an EEE RoHS. For pure-LED products, no mercury restriction step is typically triggered.Minamata Convention on Mercury — phase-down of mercury-added products (Cambodia is a party); relevant to fluorescent, not pure-LED, light sources CS / IEC lamp standards — any lamp-specific substance limits adopted by ISC for the product type	For pure-LED products there is effectively no gap: LEDs are mercury-free, Cambodia has no horizontal RoHS, and the Minamata mercury controls bite on fluorescent rather than LED sources. The honest statement is that no Cambodian mercury-restriction step is triggered for LED luminaires. The only situations to watch: (1) a mixed portfolio still shipping fluorescent or CFL products would face Minamata phase-down timelines (verify product mix and any Cambodian implementing schedule); (2) buyer or tender specifications may still request a mercury-free / substance declaration, which the existing China RoHS GB/T 26572 documentation satisfies. No new Cambodian-specific mercury certificate is required for LED.[INFORMATIONAL] For LED luminaires there is effectively no Cambodian mercury-restriction step: LED sources are mercury-free, Cambodia has no horizontal RoHS, and Minamata mercury controls apply to fluorescent rather than LED technologies. Existing China RoHS / GB/T 26572 documentation already evidences mercury compliance and can satisfy any buyer substance declaration. Only mixed portfolios still shipping fluorescent products need to track Minamata phase-down timelines.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Substance Declarations for Buyers & Tenders (voluntary use of China RoHS evidence)	Chinese manufacturers commonly maintain China RoHS (GB/T 26572) hazardous-substance test data, supplier declarations, and—where they also export to the EU—EU RoHS and REACH SVHC documentation. This existing evidence base is directly reusable to answer Cambodian buyer/tender substance specifications. The China RoHS six-substance dataset covers lead, mercury, cadmium, hexavalent chromium, PBB and PBDE; if a Cambodian buyer references EU RoHS, the four phthalates (DEHP, BBP, DBP, DIBP) would need to be added to the test scope, since China RoHS does not cover them.GB/T 26572 — China RoHS six-substance test data (reusable for buyer declarations) EU RoHS 2011/65/EU + REACH SVHC documentation where the exporter also serves the EU market	Even without a Cambodian RoHS law, substance declarations frequently matter in practice because public tenders, development-funded projects, large retailers, and export-oriented buyers in Cambodia often specify substance restrictions in their procurement terms, sometimes referencing EU RoHS or REACH SVHC voluntarily. In that case the obligation is contractual, not regulatory: the exporter must meet the buyer's stated substance limits and provide the requested declarations and test reports. ISC import inspection itself does not impose a RoHS list, so the controlling document is the contract/tender specification, which the in-country importer can clarify.Contractual / tender substance specifications (may voluntarily reference EU RoHS 2011/65/EU or REACH SVHC) — not a Cambodian legal mandate Institute of Standards of Cambodia (ISC) import inspection does not itself impose a RoHS substance list	The gap here is contractual, not legal: Cambodia imposes no RoHS list, so whether substance declarations are needed depends entirely on the buyer or tender. Practical guidance: (1) confirm with the in-country importer and the specific contract/tender whether substance restrictions are specified and which list (none / China RoHS / EU RoHS / REACH) is referenced; (2) if EU RoHS is referenced, extend testing to include the four phthalates not in China RoHS; (3) reuse existing China RoHS and (if available) EU RoHS/REACH documentation rather than commissioning new tests; (4) do not present a Cambodian RoHS certificate as a regulatory requirement, because none exists — frame substance evidence as voluntary/contractual. This keeps the mapping honest while still meeting real commercial expectations.[INFORMATIONAL] Substance declarations for Cambodia are a contractual matter, not a legal RoHS obligation — ISC import inspection imposes no RoHS list. Where a buyer or tender specifies restrictions, existing China RoHS / GB/T 26572 (and any EU RoHS/REACH) documentation is directly reusable; only if EU RoHS is referenced must the four extra phthalates be added. Exporters should not present a Cambodian RoHS certificate as required, because none exists.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Electrical Safety — General Luminaire (CS / 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, with the designation changing from mandatory GB to recommended GB/T. CCC obligations for in-scope luminaires remain governed by applicable CNCA rules (CNCA-C10-01). CCC testing is performed by CNCA-authorized laboratories. Because GB 7000.1 and the IEC 60598-1 series share a common IEC base, the technical content is broadly aligned with the CS/IEC standard ISC applies, but the Chinese conformity assessment, CCC marking, and documentation are separate from the Cambodian import-inspection pathway.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 entering Cambodia are assessed for electrical safety against Cambodian Standards (CS) administered by the Institute of Standards of Cambodia (ISC). For general luminaires the relevant base is the IEC 60598-1 series (Luminaires — Part 1: General requirements and tests), which ISC commonly adopts as a national CS standard or applies through ASEAN-aligned references. Key safety aspects mirror the IEC text: protection against electric shock, insulation resistance, creepage and clearance distances, thermal endurance, mechanical strength, and terminal/wiring requirements. Regulated electrical products are subject to ISC conformity and import inspection, and an in-country importer of record is typically required to present product documentation and test evidence at clearance through Sihanoukville or Phnom Penh. The product must be designed for the 230 V / 50 Hz Cambodian grid.Institute of Standards of Cambodia (ISC) — Cambodian Standards (CS) framework and conformity / import inspection for regulated products CS / IEC 60598-1 — Luminaires — Part 1: General requirements and tests (IEC base commonly adopted as a national CS standard or via ASEAN-aligned reference)	Both Cambodia (via CS/IEC 60598-1) and China (via GB 7000.1) trace to the same IEC 60598-1 base, so the underlying safety tests are broadly comparable. The practical gaps are procedural rather than technical: (1) Chinese CCC certification and GB test reports are not automatically recognised in Cambodia — ISC conformity and import inspection apply, and an in-country importer of record is generally required; (2) the rating plate, EMC test mains and any voltage-dependent components must suit Cambodia's 230 V / 50 Hz grid, which shares China's 50 Hz frequency but differs from China's 220 V single-phase / 380 V three-phase nominal voltage; (3) acceptance of foreign (including ILAC MRA) test reports versus a requirement for local re-testing should be confirmed with ISC and the importer for the specific product and HS code; (4) Cambodia does not impose an EU-style CE self-declaration or notified-body system — the route is national conformity / import inspection, not a regional mark.[INFORMATIONAL] LED luminaire electrical safety for the Cambodian market is assessed against ISC-administered Cambodian Standards based on the IEC 60598-1 series, through national conformity and import inspection rather than an EU-style CE mark. Chinese CCC certification and GB/T 7000.1-2023 evidence do not automatically satisfy the Cambodian route. Although the IEC base is shared, exporters should confirm with ISC and a local importer whether foreign test reports are accepted or local re-testing is required, and ensure the product is rated for the 230 V / 50 Hz grid.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference
Self-Ballasted LED Lamp Safety (CS / IEC 62560)	China's self-ballasted LED lamp safety standard is GB 24906-2010 / the GB 24906 series (Self-ballasted LED lamps for general lighting services by voltage > 50 V — Safety requirements), aligned to IEC 62560, with CCC certification required for in-scope self-ballasted LED lamps under CNCA rules. CCC testing is carried out by CNCA-authorized laboratories. The Chinese safety content is broadly comparable to the IEC 62560 base that ISC applies, but CCC certification and GB test reports are separate from, and not automatically recognised under, the Cambodian conformity / import-inspection pathway.GB 24906 series — Self-ballasted LED lamps for general lighting services by voltage > 50 V — Safety requirements (aligned to IEC 62560) CNCA CCC rules for self-ballasted LED lamps	Self-ballasted LED lamps (integrated retrofit lamps with caps such as E27 / B22) exported to Cambodia are assessed for safety against the IEC 62560 base (Self-ballasted LED lamps for general lighting services by voltage greater than 50 V — Safety specifications), which ISC adopts or references as a Cambodian Standard. The standard covers cap/holder compatibility, insulation and dielectric strength, creepage and clearance, torque and mechanical strength, resistance to heat and fire, and fault conditions. Regulated lamps fall under ISC conformity and import inspection; the in-country importer presents documentation at clearance. Lamps must be suited to the 230 V / 50 Hz mains.CS / IEC 62560 — Self-ballasted LED lamps for general lighting services by voltage greater than 50 V — Safety specifications (IEC base adopted / referenced by ISC) Institute of Standards of Cambodia (ISC) — conformity and import inspection for regulated lamps	As both the Cambodian (CS/IEC 62560) and Chinese (GB 24906) standards derive from IEC 62560, the lamp safety test content is largely common. The gaps are again procedural and grid-related: (1) CCC and Chinese GB reports are not automatically accepted — ISC conformity / import inspection governs Cambodian entry, normally via an in-country importer; (2) cap/base systems and the rated voltage must suit Cambodia's 230 V / 50 Hz mains (50 Hz matches China, 230 V differs from China's 220 V); (3) whether ILAC MRA-recognised foreign test reports are accepted, or local sampling/re-testing is required, should be confirmed with ISC for the specific lamp type and import volume; (4) marking and packaging language requirements should be confirmed with the importer. There is no EU-style harmonised standard presumption-of-conformity mechanism in Cambodia.[INFORMATIONAL] Self-ballasted LED lamp safety for Cambodia is assessed against the IEC 62560 base as applied by ISC through national conformity and import inspection. Chinese CCC certification and GB 24906 evidence do not automatically satisfy the Cambodian route. Because the IEC base is shared, confirm with ISC and a local importer whether foreign reports are accepted or local re-testing is needed, and ensure the lamp is rated for 230 V / 50 Hz.	Institute of Standards of Cambodia (ISC)2026-06-15 · reference

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AI-compiled, not human-verified. This comparison is generated and cross-checked by multiple AI models from public official sources; it has not been reviewed by a named human expert and may contain errors or out-of-date items. Confirm every requirement directly with the official regulator or standards body and a qualified professional before relying on it. Nothing here is legal, certification, customs, or market-access advice.

This page is an informational comparison aid, not a certification decision, legal opinion, conformity-assessment determination, product safety determination, customs determination, or market-access approval. Exporters, importers, and distributors should verify current Cambodian law, ISC-adopted CS standards, conformity and import-inspection procedures, energy programme requirements, and TRC type-approval obligations with qualified professionals and the relevant Cambodian authorities before shipment or market placement.

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Institute of Standards of Cambodia (ISC) · accessed 2026-06-15 · reference · used in 9 rows
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China-to-Cambodia LED Luminaire Compliance Gap Matrix

Compliance Gap Matrix

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