Oman Battery / Product Regulation — DGSM Conformity, GSO Standards and Energy-Efficiency Labelling?

For Oman, the controlling requirement for in-scope lithium batteries and power banks is DGSM/GSO conformity and product registration referencing the applicable GSO/IEC standard, lodged through an in-country importer, plus GSO energy-efficiency labelling where applicable. The EU Battery Regulation's battery passport, carbon-footprint and critical-mineral due-diligence duties have no Omani counterpart and should not be assumed. Chinese GB 31241 or CCC certification does not by itself satisfy DGSM registration; exporters should prepare GSO/IEC-aligned test evidence and an Omani importer arrangement.

Cell and Battery Pack Safety — GSO / IEC 62133?

Oman assesses portable lithium cell and pack safety against the GSO standard that adopts IEC 62133-2, so an accredited IEC 62133-2 / IECEE CB test report is the practical evidence base for DGSM conformity. Chinese GB 31241 certification, despite sharing IEC ancestry, is not automatically accepted because of national test-severity deviations and because the Omani route references the GSO/IEC version. Mains-charged power banks must also be rated for Oman's 240 V / 50 Hz input.

EMC and TRA Type Approval for Power Banks with Wireless / Integrated Electronics?

Power banks are electronic apparatus assessed against GSO EMC standards through DGSM, and wireless variants additionally require TRA type approval — Oman has no CE marking and no Chinese certificate (GB/T 9254 or SRRC) is accepted as a substitute. The practical evidence base is IEC/CISPR-aligned EMC testing plus a separate TRA radio type-approval lodged via an in-country importer, with operation limited to TRA-authorised bands and the adapter rated for 240 V / 50 Hz.

Oman Market Access — DGSM Conformity / Registration, In-Country Importer and Customs Clearance?

Chinese portable battery and power bank exporters to Oman must appoint an Omani-registered importer of record, obtain DGSM/GSO conformity or product registration for regulated categories, clear customs through ports such as Sohar or Salalah under GCC procedures, and secure TRA type approval for any wireless function. Unlike the EU, there is no CE marking and no exporter-facing battery-EPR or WEEE registration. CCC certification does not transfer to or substitute for any Omani requirement.

Transport Safety — UN 38.3, IATA DGR and IMDG (Lithium Batteries to Oman)?

UN 38.3 testing is a universal transport requirement — Chinese exporters shipping lithium batteries to Oman must hold valid UN 38.3 reports from accredited laboratories. The controlling regimes for delivery into Oman are the IMDG Code (sea, via Sohar / Salalah) and IATA DGR / ICAO (air), both already used by Chinese exporters. Unlike the EU there is no ADR road-transport overlay to add. The practical work is correct IMDG/IATA Class 9 documentation, packing and state-of-charge compliance for the specific configuration exported.

CROSS-STANDARD public interest · Lithium battery / power bank

China-to-Oman Lithium Battery & Power Bank Compliance Gap Matrix

Name: China-to-Oman Lithium Battery & Power Bank 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 China lithium battery and power bank documentation against Oman requirements: MOCIIP / DGSM conformity and registration, GSO / IEC 62133 cell safety, GSO labelling, TRA wireless type approval, UN 38.3 transport, and the in-country importer obligation.

Dataset 2026-06-11 Last verified 2026-06-15 5 rows

GAP MATRIX

Compliance Gap Matrix

Gap matrix
Compliance item	Common China baseline	Oman (MOCIIP / DGSM)	Gap / action	Source + verification date
Oman Battery / Product Regulation — DGSM Conformity, GSO Standards and Energy-Efficiency Labelling	China does not have a directly equivalent single regulation either. Portable lithium battery packs for export are primarily subject to GB 31241-2022 (safety) and customs import/export declaration; certain rechargeable battery product categories require mandatory CCC certification under the CNCA/SAMR catalogue for domestic sale. China's own producer-responsibility scheme for waste batteries (under the Solid Waste Law and the 2021 recycling measures) is a domestic obligation. None of these establish a DGSM/GSO conformity certificate, and a GB 31241 report alone does not satisfy Omani product registration where a regulated category applies.GB 31241-2022 — Safety requirements for portable sealed secondary lithium cells and batteries for use in portable electronic equipment (SAC/SAMR) CCC — China Compulsory Certification (CNCA/SAMR) — domestic market access for in-scope rechargeable battery products PRC Solid Waste Pollution Prevention and Control Law (2020 revision) — domestic producer-responsibility framework	Oman does not operate a single dedicated battery regulation equivalent to the EU Battery Regulation. Instead, lithium batteries and power banks placed on the Omani market are governed by the general product-conformity framework of the Ministry of Commerce, Industry and Investment Promotion (MOCIIP) through its Directorate General for Standards and Metrology (DGSM). Where a product falls within a regulated/controlled category, DGSM requires a conformity certificate or product registration referencing the applicable GSO standard (GSO standards are largely adopted from IEC/ISO and apply across the GCC). Oman also applies GSO energy-efficiency labelling requirements to in-scope appliances/electronics. There is no Omani equivalent of the EU battery passport, carbon-footprint declaration, recycled-content threshold, or critical-mineral supply-chain due-diligence regime; the Omani requirement is conformity to the referenced GSO/IEC safety standard plus product registration through an in-country importer and clearance at ports such as Sohar or Salalah.Oman MOCIIP / DGSM (Directorate General for Standards and Metrology) — product conformity and registration framework for regulated products GSO (GCC Standardization Organization) technical regulations and standards adopted by Oman (largely aligned with IEC/ISO) GSO energy-efficiency labelling requirements applicable to in-scope appliances and electronics	The Omani gap is one of conformity-route and registration, not a parallel battery law. Where lithium batteries or power banks fall within a DGSM-regulated category, the exporter must obtain a DGSM/GSO conformity certificate or product registration referencing the applicable GSO/IEC standard, applied for through an in-country Omani importer; a Chinese GB 31241 report or CCC certificate is not directly accepted in that file. Note: the EU-style battery-passport, carbon-footprint and supply-chain due-diligence obligations have NO Omani equivalent, so those EU duties do not transfer here. The honest mapping is: Oman = GSO/IEC conformity + GSO energy/labelling + DGSM registration via importer; it is materially lighter than the EU Battery Regulation on lifecycle and due-diligence duties.[INFORMATIONAL] For Oman, the controlling requirement for in-scope lithium batteries and power banks is DGSM/GSO conformity and product registration referencing the applicable GSO/IEC standard, lodged through an in-country importer, plus GSO energy-efficiency labelling where applicable. The EU Battery Regulation's battery passport, carbon-footprint and critical-mineral due-diligence duties have no Omani counterpart and should not be assumed. Chinese GB 31241 or CCC certification does not by itself satisfy DGSM registration; exporters should prepare GSO/IEC-aligned test evidence and an Omani importer arrangement.	Sultanate of Oman — Ministry of Commerce, Industry and Investment Promotion (MOCIIP) / Directorate General for Standards and Metrology (DGSM)2026-06-15 · reference
Cell and Battery Pack Safety — GSO / IEC 62133	China's primary safety standards for portable lithium battery packs are GB 31241-2022 (Safety requirements for portable sealed secondary lithium cells and batteries for use in portable electronic equipment) and GB 18287 (lithium-ion batteries for mobile phones). GB 31241 is technically derived from IEC 62133-2 but carries national deviations in test severity and acceptance criteria. A test report issued by a Chinese CNAS-accredited laboratory to GB 31241 is not automatically recognised by DGSM; Oman's conformity route references the GSO/IEC 62133-2 standard, so an IECEE CB / IEC 62133-2 report is the smoother path.GB 31241-2022 — Safety requirements for portable sealed secondary lithium cells and batteries for use in portable electronic equipment (SAC/SAMR) GB 18287 — General specification for lithium-ion batteries for mobile phones (SAC)	Portable lithium cells and battery packs placed on the Omani market are assessed for safety against the GSO standard that adopts IEC 62133-2 (Secondary cells and batteries containing alkaline or other non-acid electrolytes — Safety requirements for portable sealed secondary lithium cells and batteries — Part 2: Lithium systems). Because GSO standards are largely transposed from IEC, an IEC 62133-2 test report from an accredited (ILAC/IECEE CB) laboratory is the practical evidence base accepted by DGSM for conformity of regulated lithium products. The standard covers abuse testing (overcharge, short-circuit, crush, drop, thermal abuse, forced discharge) and performance limits. Power banks operating in Oman's electrical environment (240 V, 50 Hz mains for the charger/adapter, same 50 Hz as China but a different nominal voltage from China's 220/380 V) must be rated for the local input where mains-charged.GSO standard adopting IEC 62133-2 — Safety requirements for portable sealed secondary lithium cells and batteries — Part 2: Lithium systems IEC 62133-2:2017+AMD1:2021 — base international standard transposed by GSO IECEE CB Scheme test report — practical accredited-laboratory evidence accepted toward DGSM conformity	Because GSO transposes IEC 62133-2, the practical gap is converting GB 31241 evidence into an IEC 62133-2 / IECEE CB report acceptable to DGSM. Key points: (1) test-severity differences between GB 31241 and IEC 62133-2 in crush and overcharge tests mean a GB report may not be a drop-in substitute; (2) DGSM conformity references the GSO/IEC version, not GB; (3) the charger/adapter of a mains-charged power bank must be rated for Oman's 240 V / 50 Hz supply. Exporters who already hold an IECEE CB IEC 62133-2 report are largely aligned; those holding only GB 31241 should obtain or convert to IEC 62133-2 testing from an accredited laboratory.[INFORMATIONAL] Oman assesses portable lithium cell and pack safety against the GSO standard that adopts IEC 62133-2, so an accredited IEC 62133-2 / IECEE CB test report is the practical evidence base for DGSM conformity. Chinese GB 31241 certification, despite sharing IEC ancestry, is not automatically accepted because of national test-severity deviations and because the Omani route references the GSO/IEC version. Mains-charged power banks must also be rated for Oman's 240 V / 50 Hz input.	GCC Standardization Organization (GSO) — standards store (GSO adoption of IEC 62133-2)2026-06-15 · reference
EMC and TRA Type Approval for Power Banks with Wireless / Integrated Electronics	China's domestic EMC requirements use GB/T 9254.1-2021 (radio disturbance, Class B) for emissions and GB/T 17618-2015 (immunity) for information technology equipment. Products with wireless functions require SRRC (State Radio Regulation of China) type approval administered by MIIT, specific to Chinese frequency allocations. Chinese GB/T EMC reports and SRRC approval are NOT recognised by DGSM or by Oman's TRA; SRRC authorises radio use in China only and does not transfer to TRA type approval.GB/T 9254.1-2021 — Information technology equipment — Radio disturbance characteristics — Part 1: Class B equipment (SAC/SAMR) GB/T 17618-2015 — Information technology equipment — Immunity characteristics (SAC) SRRC type approval — State Radio Regulation of China, MIIT — required for wireless products sold in China	Power banks (portable battery packs with integrated charging circuitry, USB outputs, and display) are electronic apparatus in Oman and are assessed against the GSO EMC standards adopted by DGSM (GSO standards transposed from IEC/CISPR for emissions and immunity). If the power bank incorporates any wireless function (Qi wireless-charging output, Bluetooth state-of-charge indicator, NFC), the device additionally requires type approval from the Telecommunications Regulatory Authority of Oman (TRA), which authorises the radio interface, frequency bands, and equipment for use in Oman. There is no CE marking in Oman; conformity is demonstrated through DGSM/GSO conformity plus TRA type approval for radio. A mains-charged unit's adapter must also meet safety/EMC conformity for Oman's 240 V / 50 Hz supply.GSO EMC standards adopted by DGSM (transposed from IEC/CISPR 32 emissions and CISPR 35 / IEC 61000 immunity) Telecommunications Regulatory Authority of Oman (TRA) — type approval for radio equipment and wireless functions DGSM product conformity framework (no CE marking; conformity demonstrated via GSO conformity certificate)	Power banks with integrated electronics must meet GSO EMC conformity through DGSM, and any wireless variant additionally needs TRA type approval — there is no CE route and no Chinese certificate substitutes. Key gaps: (1) Chinese GB/T 9254 EMC reports are not standalone DGSM evidence; an IEC/CISPR-aligned (GSO-adopted) test report is the practical basis; (2) SRRC approval does not transfer — a separate TRA type-approval application (radio band, equipment listing, in-country importer) is required for Qi/Bluetooth/NFC functions; (3) the product must operate only in TRA-authorised frequency bands; (4) the mains adapter must be conformity-assessed for 240 V / 50 Hz. Many Chinese power banks designed for the domestic market may use frequency channels or wireless variants needing re-characterisation for TRA acceptance.[INFORMATIONAL] Power banks are electronic apparatus assessed against GSO EMC standards through DGSM, and wireless variants additionally require TRA type approval — Oman has no CE marking and no Chinese certificate (GB/T 9254 or SRRC) is accepted as a substitute. The practical evidence base is IEC/CISPR-aligned EMC testing plus a separate TRA radio type-approval lodged via an in-country importer, with operation limited to TRA-authorised bands and the adapter rated for 240 V / 50 Hz.	Telecommunications Regulatory Authority of Oman (TRA) — type approval of telecommunications and radio equipment2026-06-15 · reference
Oman Market Access — DGSM Conformity / Registration, In-Country Importer and Customs Clearance	China's domestic market access uses CCC (China Compulsory Certification, CNCA/SAMR), mandatory for certain rechargeable battery categories sold domestically; CCC is a Chinese domestic requirement and is NOT recognised in Oman and does not substitute for DGSM conformity. Chinese manufacturers selling domestically do not appoint a foreign importer-of-record. There is no Chinese equivalent of an exporter's obligation to appoint an in-country Omani importer, nor of GSO/DGSM product registration; these are Oman-side market-access conditions.CCC — China Compulsory Certification (CNCA/SAMR) — domestic China market access only; not recognised in Oman PRC Regulations on the Administration of the Recovery and Disposal of Waste Electrical and Electronic Products (2011, amended 2019) — domestic e-waste framework	Non-Omani manufacturers placing portable lithium batteries or power banks on the Omani market must satisfy: (1) DGSM/GSO conformity or product registration — for regulated categories, a conformity certificate referencing the applicable GSO/IEC standard is required before clearance and sale. (2) In-country importer — a foreign manufacturer cannot import directly; an Omani-registered importer/distributor (commercial registration with MOCIIP) acts as the responsible local party for registration, customs and market surveillance. (3) TRA type approval — required separately for any wireless function (see EMC/TRA row). (4) Customs clearance — goods enter through Omani ports (e.g., Sohar, Salalah) with import documentation, conformity evidence, and the importer of record; GCC common-customs procedures apply. There is no CE marking, no EU-style EPR per-country battery registration, and no EU-style WEEE registration obligation imposed on the exporter; battery/e-waste handling is governed by Omani environmental rules domestically rather than an exporter producer-registration scheme.Oman MOCIIP / DGSM — product conformity / registration for regulated products and commercial registration of the importer GSO common customs and conformity procedures (GCC) applied at Omani ports (Sohar, Salalah) Telecommunications Regulatory Authority of Oman (TRA) — type approval where wireless functions are present	Chinese exporters to Oman face market-access conditions with no Chinese domestic equivalent: (1) appointment of an Omani-registered importer/distributor as the responsible local party; (2) DGSM/GSO conformity certificate or product registration for regulated categories before clearance; (3) TRA type approval for any wireless function; (4) customs clearance through Omani ports under GCC common-customs procedures with the importer of record. Honest mapping note: unlike the EU, Oman does NOT impose an exporter-facing EPR per-country battery registration or a WEEE-style producer registration — those EU obligations have no Omani counterpart, so the Omani access burden is concentrated in conformity + importer + customs + (if wireless) TRA, not in lifecycle producer-responsibility duties. CCC certification (Chinese domestic) is not transferable to any of these.[INFORMATIONAL] Chinese portable battery and power bank exporters to Oman must appoint an Omani-registered importer of record, obtain DGSM/GSO conformity or product registration for regulated categories, clear customs through ports such as Sohar or Salalah under GCC procedures, and secure TRA type approval for any wireless function. Unlike the EU, there is no CE marking and no exporter-facing battery-EPR or WEEE registration. CCC certification does not transfer to or substitute for any Omani requirement.	Sultanate of Oman — Ministry of Commerce, Industry and Investment Promotion (MOCIIP) / DGSM2026-06-15 · reference
Transport Safety — UN 38.3, IATA DGR and IMDG (Lithium Batteries to Oman)	China requires UN 38.3 test reports for all lithium batteries transported by air, consistent with ICAO and CAAC (Civil Aviation Administration of China) requirements. For domestic road transport, GB 12268 (Dangerous Goods List) and JT/T 617 (Road Transport of Dangerous Goods) apply; for sea transport, the IMDG Code applies globally and identically. Chinese exporters shipping lithium batteries by air or sea already typically obtain UN 38.3 reports and prepare IMDG/IATA documentation, so the transport regime to Oman is largely the same international framework already used for other export destinations.GB 12268-2012 — List of dangerous goods (SAC/SAMR) — domestic road transport classification JT/T 617-2018 — Road transport of dangerous goods — requirements (Ministry of Transport, PRC) CAAC Order No. 55 — Provisions on the Transport of Dangerous Goods by Civil Aviation (CAAC)	Lithium batteries (cells, battery packs, and power banks) are dangerous goods for transport. Shipments to Oman are predominantly by sea (ports of Sohar and Salalah) under the IMDG Code, or by air under IATA Dangerous Goods Regulations (DGR) and ICAO Technical Instructions; lithium-ion cells are UN 3480 and batteries packed with or in equipment are UN 3481, Class 9. Regardless of origin or mode, every lithium battery must have a valid UN 38.3 test report (UN Manual of Tests and Criteria, Part III, Section 38.3) covering altitude simulation, thermal test, vibration, shock, external short-circuit, impact/crush, overcharge and forced discharge. Air cargo must observe IATA DGR state-of-charge limits (30% maximum for loose lithium-ion cells/batteries shipped as cargo). Oman applies the international transport regimes; there is no Oman-specific lithium-battery transport test beyond UN 38.3 and the applicable IMDG/IATA documentation.UN Manual of Tests and Criteria, Part III, Section 38.3 — Lithium Metal and Lithium-Ion Batteries (UN 38.3) IMDG Code (International Maritime Dangerous Goods Code), current edition — Class 9, UN 3480 / UN 3481 (sea transport to Sohar / Salalah) IATA Dangerous Goods Regulations (DGR), current edition — Section 3.9 (UN 3480 / UN 3481); state-of-charge limits for air cargo ICAO Technical Instructions for the Safe Transport of Dangerous Goods by Air (Doc 9284)	UN 38.3 test reports are required globally for all modes and most Chinese exporters already hold them, so the transport gap for Oman is small relative to safety/conformity. Practical points: (1) shipments to Oman are mainly maritime via Sohar / Salalah, so IMDG Code documentation, packing, marking and segregation for Class 9 UN 3480/3481 must be correct; (2) air cargo must respect IATA DGR state-of-charge limits (30% for loose cells/batteries) and packing instructions; (3) the UN 38.3 report must be from an accredited laboratory and cover the specific cell/pack configuration exported. Unlike the EU there is no ADR road-transport layer to add for delivery into Oman; the controlling regimes are IMDG (sea) and IATA/ICAO (air), which Chinese exporters already use.[INFORMATIONAL] UN 38.3 testing is a universal transport requirement — Chinese exporters shipping lithium batteries to Oman must hold valid UN 38.3 reports from accredited laboratories. The controlling regimes for delivery into Oman are the IMDG Code (sea, via Sohar / Salalah) and IATA DGR / ICAO (air), both already used by Chinese exporters. Unlike the EU there is no ADR road-transport overlay to add. The practical work is correct IMDG/IATA Class 9 documentation, packing and state-of-charge compliance for the specific configuration exported.	United Nations Economic Commission for Europe (UNECE) — UN Manual of Tests and Criteria, Section 38.32026-06-15 · reference

INFORMATIONAL ONLY

Informational only / not a certification conclusion

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.

For informational purposes only. Not legal advice. Regulations change; verify all requirements with qualified legal and technical advisors before export. This page does not constitute a certification decision, legal opinion, conformity-body assessment, customs determination, or market-access approval.

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SOURCES

Official-source register.

Sultanate of Oman — Ministry of Commerce, Industry and Investment Promotion (MOCIIP) / Directorate General for Standards and Metrology (DGSM) · accessed 2026-06-15 · reference · used in 1 rows
GCC Standardization Organization (GSO) — standards store (GSO adoption of IEC 62133-2) · accessed 2026-06-15 · reference · used in 1 rows
Telecommunications Regulatory Authority of Oman (TRA) — type approval of telecommunications and radio equipment · accessed 2026-06-15 · reference · used in 1 rows
Sultanate of Oman — Ministry of Commerce, Industry and Investment Promotion (MOCIIP) / DGSM · accessed 2026-06-15 · reference · used in 1 rows
United Nations Economic Commission for Europe (UNECE) — UN Manual of Tests and Criteria, Section 38.3 · accessed 2026-06-15 · reference · used in 1 rows