CROSS-STANDARD public interest · Grid-tied PV inverter (storage excluded)
China-to-Myanmar PV Inverter 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 grid-tied PV inverter documentation against Myanmar market access expectations under MSTRD and MIC.
Dataset 2026-06-11
Last verified 2026-06-17
8 rows
GAP MATRIX
Compliance Gap Matrix
| Compliance item | Common China baseline | Myanmar (MSTRD / MIC) | Gap / action | Source + verification date |
|---|---|---|---|---|
| EMC — Emissions and Immunity for PV Inverters | China's mandatory EMC standards for PV inverters include GB 17799.4-2022 (conducted and radiated emissions, industrial environment, IDT IEC 61000-6-4:2018) and GB/T 17799.2-2023 (immunity, industrial environment, IDT IEC 61000-6-2:2016+AMD1:2020). These are administered by SAMR and form part of the CQC/CGC voluntary certification baseline. Because Myanmar recognises IEC-based test reports as supporting evidence, the existing Chinese IEC 61000-series test reports obtained for domestic CQC/CGC certification carry practical value for Myanmar import documentation, even though no mutual-recognition agreement exists.GB 17799.4-2022 — EMC generic emissions, industrial environment (mandatory, IDT IEC 61000-6-4:2018) GB/T 17799.2-2023 — EMC generic immunity, industrial environment (recommended, IDT IEC 61000-6-2:2016+AMD1:2020) |
Myanmar has no mandatory horizontal EMC directive equivalent to the EU EMC Directive 2014/30/EU. MSTRD (Myanmar Standards and Testing Research Division, Ministry of Science and Technology) adopts IEC-aligned voluntary standards for electrical equipment, but no published mandatory EMC product regulation specifically covering PV inverters has been identified as of the access date. MPT (Myanmar Posts and Telecommunications) regulates radio-frequency emissions for equipment with intentional transmitters; PV inverters without wireless modules are outside MPT scope. In practice, importers of commercial PV inverters may be asked to provide IEC 61000-series EMC test reports as supporting documentation for MIC import permits or for MEPE/ESE grid-interconnection review, but this is procedural rather than a statutory mandatory requirement.MSTRD voluntary standards (IEC-aligned, non-exhaustive — verify current catalogue with MSTRD) MPT radio-frequency emission rules (applies to intentional transmitters only) |
The gap is structural rather than technical: China has mandatory EMC obligations backed by SAMR enforcement; Myanmar has no equivalent mandatory EMC product law for PV inverters. Chinese exporters whose products already carry IEC 61000-series test reports (from CQC or CGC certification) are well-positioned — the same reports can serve as supporting import documentation in Myanmar. The residual gap is that Myanmar has no official conformity-mark acceptance list, so the importer must confirm with MIC and MEPE what specific documentation is currently accepted at the time of import.[INFORMATIONAL] Myanmar imposes no mandatory EMC certification mark on imported PV inverters as of the access date. Existing IEC 61000-series test reports from Chinese CQC/CGC certification can serve as supporting import documentation. Confirm current MIC and MEPE documentation requirements with a qualified local agent before shipment. | MSTRD — Myanmar Standards and Testing Research Division, Ministry of Science and Technology2026-06-17 · reference |
| Grid Interconnection — Anti-Islanding and Voltage/Frequency Trip Thresholds | China's grid-tied PV inverter anti-islanding and voltage/frequency trip requirements are primarily covered by GB/T 37408-2019 (recommended, technical requirements for PV grid-connected inverters, including anti-islanding, voltage/frequency ride-through, and grid stability functions) and GB/T 19939-2005 (recommended, technical requirements for PV system grid connection, grid interface characteristics). The CGC certification scheme (China General Certification / 鉴衡认证) references these standards and tests anti-islanding per the IEC 62116 methodology, making CGC-certified inverters well-suited for Myanmar project review because the underlying test methodology aligns with MEPE's IEC references. State Grid and CSG connection agreements set site-specific trip parameters within the national standard ranges.GB/T 37408-2019 — Technical requirements for PV grid-connected inverters (recommended, incl. anti-islanding and ride-through) GB/T 19939-2005 — Technical requirements for PV system grid connection (recommended) CGC voluntary certification (鉴衡认证) — tests anti-islanding per IEC 62116 methodology |
Myanmar operates a 230 V / 50 Hz single-phase residential grid (same frequency as China; nominal voltage differs from China's 220 V domestic standard). MEPE (Myanmar Electric Power Enterprise) and ESE (Electricity Supply Enterprise) are the principal grid operators for urban and peri-urban distribution respectively. Grid-connected PV inverters must comply with MEPE/ESE grid-interconnection rules for net-metering and distributed generation. As of the access date, Myanmar's grid interconnection rules for distributed PV are evolving and not fully codified in a single published technical standard; IEC 62116 (anti-islanding test procedure for utility-interactive PV inverters) and IEC 61727 (PV systems — characteristics of the utility interface) are the primary IEC references cited in MEPE project-level discussions. No mandatory national grid code with specific parameter values (ride-through curves, trip time limits) has been confirmed in publicly available sources.IEC 62116:2014 — Utility-interconnected photovoltaic inverters: Test procedure for islanding prevention measures (referenced by MEPE for project-level review) IEC 61727:2004 — Photovoltaic (PV) systems: Characteristics of the utility interface (referenced by MEPE for project-level review) MEPE/ESE grid-interconnection procedural requirements (evolving — confirm current version with MEPE directly) |
The voltage nominal difference (Myanmar 230 V vs China 220 V) is the most immediate technical gap: inverters configured with a 220 V nominal AC output reference must be reconfigured or confirmed compatible with 230 V ±10% operation before grid connection in Myanmar. The frequency (50 Hz) is identical — no adjustment required there. The regulatory gap is that Myanmar has not published specific trip-time or ride-through parameter tables, so the exporter cannot pre-certify against a fixed Myanmar grid code. Instead, MEPE project-level approval is required, and IEC 62116/IEC 61727 test reports (which Chinese manufacturers commonly hold from CGC certification) serve as the primary technical evidence. Exporters should verify the inverter's AC voltage configuration range covers 230 V before shipment.[INFORMATIONAL] The key practical steps for China-to-Myanmar grid-tied PV inverter export are: (1) confirm AC voltage range covers 230 V; (2) obtain MEPE/ESE project-level grid-interconnection approval using IEC 62116 and IEC 61727 test reports; (3) secure MIC import permit. CGC-certified inverters with IEC 62116 test reports are well-positioned. This comparison is informational only. | Ministry of Electricity and Energy (MOEE), Myanmar — parent ministry of MEPE and ESE2026-06-17 · reference |
| Net-Metering and Distributed Generation Policy — MEPE/ESE Framework | China's distributed PV net-metering equivalent is the distributed generation (分布式发电) policy administered by NEA and NDRC, with grid connection managed by State Grid and CSG under the 《分布式发电管理暂行办法》framework. Inverters are subject to type-test approval (型式试验报告) and must be listed in approved equipment catalogues maintained by State Grid or CSG for net-metering project registration. This State Grid/CSG type-approval process — requiring GB/T 37408 and IEC 62116-aligned test reports — is broadly analogous to what MEPE requires for its informal approved-type list, making compliant Chinese inverters readily adaptable for Myanmar NEM project submissions.《分布式发电管理暂行办法》(NEA/NDRC distributed generation management interim rules) State Grid/CSG distributed PV inverter type-approval catalogue requirements |
Myanmar introduced a Net Energy Metering (NEM) pilot framework under the National Energy Management Committee (NEMC) and MOEE. MEPE administers NEM agreements for Yangon and major urban centres; ESE covers peri-urban and some rural areas. The framework allows residential and commercial customers to export excess solar generation to the grid at a feed-in rate set by MOEE/MEPE. NEM approval requires: (a) technical review of inverter specifications (anti-islanding, output voltage compatibility with 230 V / 50 Hz); (b) site inspection; (c) bilateral connection agreement. The NEM policy and tariff rates are evolving — the framework is operational but parameter details change periodically. Inverters must be approved types; MEPE maintains an informal approved-type list based on IEC 62116-tested products.Myanmar Net Energy Metering framework under MOEE/NEMC (evolving — confirm current rules with MEPE/ESE directly) IEC 62116:2014 — referenced in MEPE inverter type-approval informal process |
The principal gap is institutional rather than technical: Myanmar's NEM approval is a project-level bilateral agreement with MEPE/ESE, not a national type-certification programme. This means the exporter cannot obtain a single Myanmar-market type approval that covers all project sites — each installation may require a separate MEPE technical review. Chinese exporters should prepare: inverter specification sheets (in English), IEC 62116 and IEC 61727 test reports, a one-page technical summary of voltage/frequency range covering 230 V/50 Hz, and an MIC import permit. MEPE's informal approved-type list can shorten subsequent project approvals once a model is accepted. Tariff rates and NEM policy details change — always verify the current MOEE NEM circular before contracting.[INFORMATIONAL] Myanmar's NEM framework requires project-level MEPE/ESE approval rather than a pre-certified product mark. IEC 62116 and IEC 61727 test reports are the primary technical evidence; voltage compatibility with 230 V / 50 Hz must be confirmed. MIC import permit is a parallel requirement. Verify current NEM tariff and policy circulars with MOEE before contracting. | Ministry of Electricity and Energy (MOEE), Myanmar2026-06-17 · reference |
| Import Permit — Myanmar Investment Commission (MIC) and Customs Clearance | Chinese PV inverter exports are managed under China's Customs Law and export licensing framework administered by the General Administration of Customs (GAC) and Ministry of Commerce (MOFCOM). Standard export documentation for PV inverters includes: commercial invoice, packing list, export customs declaration, bill of lading, and certificate of origin (Form E for ACFTA). China does not impose export licensing or quota restrictions on PV inverters under HS 8504 as a standard commercial product. Form E (ACFTA certificate of origin) can be issued by China Council for the Promotion of International Trade (CCPIT) or authorised local Customs authorities, enabling reduced import duty rates in ACFTA member countries including Myanmar.China Customs Law (海关法) — export declaration and documentation ACFTA Form E certificate of origin — issued by CCPIT or authorised Customs authority |
Commercial importation of PV inverters into Myanmar requires an import licence / permit issued by the Ministry of Commerce (MoC) and, for foreign-invested projects, endorsement or permit from the Myanmar Investment Commission (MIC) under the Myanmar Investment Law 2016. Customs clearance is handled primarily at Yangon (Thilawa) port or Mandalay overland border crossings. Required import documentation typically includes: commercial invoice, packing list, bill of lading/airway bill, certificate of origin (Form D for ASEAN FTA preferential tariff if applicable), technical specification sheet, and relevant conformity test reports (IEC-based). HS code classification determines the applicable import duty rate; PV inverters generally fall under HS 8504 (electrical transformers, static converters, inductors). Customs valuation is based on CIF value. Myanmar applies ASEAN Common Effective Preferential Tariff (CEPT) rates for ASEAN-origin goods; Chinese goods may attract standard MFN tariff rates unless qualifying under ASEAN-China FTA (ACFTA) with Form E certificate of origin.Myanmar Investment Law 2016 (Union Parliament Law No. 40/2016) — MIC permit requirements for foreign-invested imports Myanmar Customs Law and import licensing rules (Ministry of Commerce) ASEAN-China Free Trade Agreement (ACFTA) — Form E certificate of origin for preferential tariff HS Chapter 85, heading 8504 — electrical transformers, static converters, inductors (applicable to PV inverters) |
The primary gap is Myanmar-side import permit complexity: MIC involvement, Ministry of Commerce import licensing, and MEPE project-level grid approval are separate administrative processes that must be completed in parallel or sequence before the goods can be cleared and connected. Chinese exporters familiar with EU or US export processes will find Myanmar's import permit framework less codified and more relationship-dependent. Practical advice: engage a licensed Myanmar customs broker and local solar-project agent early. Form E (ACFTA) is a significant commercial advantage — Chinese-origin PV inverters qualifying under ACFTA receive preferential tariff treatment over non-ASEAN, non-FTA competitors.[INFORMATIONAL] Myanmar import of PV inverters requires a Ministry of Commerce import licence and MIC engagement for foreign-invested projects. Customs clearance at Yangon/Thilawa or Mandalay requires standard trade documents plus technical specifications. Obtain Form E (ACFTA) from CCPIT or authorised Chinese customs authority to access preferential tariff rates. Engage a licensed local customs broker. This comparison is informational only. | Myanmar Investment Commission (MIC), Ministry of Investment and Foreign Economic Relations2026-06-17 · reference |
| RoHS / Hazardous Substance Restrictions — Myanmar Position | China operates a mandatory hazardous substance disclosure and restriction framework for electronic information products under SJ/T 11364-2014 (marking standard for restriction of hazardous substances in EEE) and GB/T 26572-2011 (requirements for concentration limits of restricted substances). PV inverters exported from China carry the 'China RoHS' environmental information label per SJ/T 11364, disclosing the presence or absence of restricted substances (Pb, Hg, Cd, Cr VI, PBBs, PBDEs). This China RoHS documentation is prepared for Chinese domestic market compliance and has no direct regulatory applicability to Myanmar — it remains a supply-chain transparency record rather than a Myanmar import requirement.SJ/T 11364-2014 — Marking for restriction of hazardous substances in electronic and electrical products (China RoHS marking) GB/T 26572-2011 — Requirements for concentration limits on restricted substances in electronic and electrical products |
Myanmar has no enacted mandatory horizontal restriction-of-hazardous-substances (RoHS) legislation equivalent to EU Directive 2011/65/EU (RoHS 2) or China's SJ/T 11363 / GB/T 26572 framework. As of the access date, no Myanmar-specific RoHS-equivalent law for electrical and electronic equipment has been identified in publicly available official sources. Environmental regulations exist (Environmental Conservation Law 2012, managed by the Ministry of Natural Resources and Environmental Conservation — MONREC) but do not impose product-level hazardous substance restrictions on imported electronics. This means the EU RoHS-compliance documentation that Chinese PV inverter exporters prepare for European markets has no direct Myanmar regulatory counterpart — it is not a barrier but also not a verifiable compliance requirement for Myanmar import clearance.Myanmar Environmental Conservation Law 2012 (general environmental framework — no product-level hazardous substance restrictions for electronics identified) No Myanmar RoHS-equivalent legislation identified as of access date |
Myanmar has no RoHS-equivalent law — this is a neutral gap, not a barrier. Chinese PV inverter exporters do not need to prepare Myanmar-specific hazardous substance documentation because no such requirement exists. The existing China RoHS label and documentation from the domestic supply chain provides supply-chain transparency but carries no additional compliance obligation in Myanmar. Exporters should note that this may change if Myanmar aligns its electronics environmental regulations with ASEAN frameworks in the future — monitor MONREC and ASEAN EEE working group publications.[INFORMATIONAL] Myanmar has no enacted mandatory RoHS-equivalent legislation for PV inverters as of the access date. Chinese exporters do not need to prepare Myanmar-specific hazardous substance documentation. The absence of a Myanmar RoHS law is a neutral finding — not a compliance gap requiring action, but subject to change if Myanmar aligns with future ASEAN EEE environmental frameworks. | Ministry of Natural Resources and Environmental Conservation (MONREC), Myanmar2026-06-17 · reference |
| PV Inverter Performance — Efficiency, Power Quality, and Output Characteristics | Chinese PV inverter performance requirements are primarily covered by GB/T 37408-2019 (recommended, technical requirements for PV grid-connected inverters, covering efficiency, power factor, harmonic current limits, DC injection, voltage/frequency operating range, and MPPT performance) and by CGC/GF 004 (CGC voluntary efficiency and performance certification standard for PV inverters). The CGC certification scheme includes efficiency measurements at multiple load points and MPPT tracking tests. China's nominal grid output for PV inverters is 220 V / 50 Hz (single-phase) or 380 V / 50 Hz (three-phase); the 10 V nominal difference from Myanmar's 230 V must be verified for each specific product model's configurable voltage range.GB/T 37408-2019 — Technical requirements for PV grid-connected inverters (recommended, incl. efficiency, power factor, harmonics, MPPT) CGC/GF 004 — CGC voluntary PV inverter efficiency and performance certification standard |
Myanmar has no published national mandatory performance standard for PV inverter efficiency, power quality, or output characteristics equivalent to a formal product regulation. MEPE and ESE may specify minimum inverter performance parameters in project-level grid-interconnection agreements on a case-by-case basis, typically referencing IEC 61727:2004 (PV systems — characteristics of the utility interface) for power quality parameters such as power factor, harmonics, DC injection, and voltage/frequency operating range. The nominal grid parameters are 230 V ±10%, 50 Hz ±1 Hz for the distribution network. No formal Myanmar-specific minimum efficiency standard or CEC/EU weighted-efficiency equivalent has been identified in publicly available sources. MSTRD voluntary standards may incorporate relevant IEC performance requirements, but a specific mandatory performance catalogue for PV inverters has not been confirmed.IEC 61727:2004 — Photovoltaic (PV) systems: Characteristics of the utility interface (referenced by MEPE for project-level power quality parameters) MEPE/ESE grid-interconnection agreement requirements (project-level, case-by-case) |
There is no formal Myanmar performance standard creating a mandatory compliance gap. The practical gap is voltage-nominal compatibility: Myanmar's 230 V distribution nominal vs China's 220 V domestic standard. Most modern Chinese PV inverters support a configurable AC output voltage range (typically 180–270 V or wider) that accommodates 230 V operation — but this must be explicitly confirmed per product model. Power quality requirements (power factor ≥ 0.99 at rated load, THD-I < 5% under IEC 61727) that Chinese manufacturers already meet for domestic CGC certification align with what MEPE expects in project-level reviews. No Myanmar mandatory efficiency minimum creates an additional test obligation beyond what CGC-certified Chinese products already carry.[INFORMATIONAL] Myanmar imposes no mandatory efficiency or power-quality performance standard on imported PV inverters as of the access date. The voltage-nominal compatibility with 230 V / 50 Hz must be confirmed per product model. CGC-certified Chinese inverters with IEC 61727 power quality test results are well-positioned for MEPE project-level approval. This comparison is informational only. | Ministry of Electricity and Energy (MOEE), Myanmar2026-06-17 · reference |
| Electrical Safety — MSTRD Conformity and IEC 62109 Applicability | China's PV inverter safety certification landscape is voluntary at the product level. CQC (China Quality Certification Centre) and CGC (China General Certification / 鉴衡认证) offer voluntary safety certifications referencing IEC 62109-1 and IEC 62109-2 via the IECEE CB Scheme or direct product certification. GB/T 37408-2019 (recommended national standard) incorporates safety requirements for PV grid-connected inverters. Grid-tied PV inverters are not listed in the CCC mandatory catalogue as of 2026. Chinese manufacturers supplying to Myanmar can leverage existing IEC 62109-1/-2 CB test certificates (obtainable through CQC as an IECEE NCB) as the primary safety evidence for MSTRD or MIC documentation requests, given Myanmar's IEC-aligned voluntary standard framework.GB/T 37408-2019 — Technical requirements for PV grid-connected inverters, incl. safety (recommended) IEC 62109-1:2010 / IEC 62109-2:2011 — obtainable via IECEE CB Scheme through CQC (IECEE NCB for China) CGC voluntary PV inverter certification (references IEC 62109-1/-2) |
Myanmar's product safety framework for electrical equipment is administered by MSTRD (Myanmar Standards and Testing Research Division) under the Ministry of Science and Technology. Myanmar standards are largely voluntary and follow IEC/ISO methodology. No mandatory product safety certification mark equivalent to CE marking has been identified for PV inverters in publicly available MSTRD publications as of the access date. Where MSTRD standards exist for a product category, conformity documentation may be requested as part of MIC import-permit review or customs clearance for regulated categories. IEC 62109-1 (general safety requirements for power converters used in PV systems) and IEC 62109-2 (particular requirements for inverters) are the applicable IEC safety standards for PV inverters; MSTRD conformity review for PV inverters in scope would reference these IEC standards. Some regulated product categories in Myanmar require a conformity certificate from MSTRD or an accredited body — verify whether PV inverters fall within the current regulated catalogue with MSTRD before import.Myanmar Standards Law (if enacted and in force — verify current status with MSTRD) IEC 62109-1:2010 — Safety of power converters for use in PV power systems: General requirements (IEC reference applied by MSTRD for PV inverter safety) IEC 62109-2:2011 — Safety of power converters for use in PV power systems: Particular requirements for inverters MSTRD voluntary standards catalogue (verify current scope for PV inverters) |
The gap is one of verification rather than technical content: Myanmar does not impose a mandatory CE-equivalent safety certification mark, so there is no statutory product safety pre-market approval step equivalent to LVD CE marking. However, MSTRD may list PV inverters in a regulated category requiring conformity documentation — the exporter must verify the current MSTRD regulated catalogue before each shipment, as the list can be updated. If MSTRD conformity documentation is required, IEC 62109-1/-2 CB test certificates from CQC (as an IECEE NCB) are the appropriate evidence, as Myanmar's voluntary standards follow IEC methodology. Chinese manufacturers holding existing IEC 62109 CB certificates face minimal technical gap; the administrative gap is confirming Myanmar's current regulatory status for this product category.[INFORMATIONAL] Myanmar imposes no mandatory CE-equivalent safety certification mark on PV inverters as of the access date. Verify the current MSTRD regulated catalogue before shipment. IEC 62109-1/-2 CB test certificates (from CQC or other IECEE NCB) are the appropriate safety evidence if MSTRD conformity documentation is requested. This comparison is informational only. | MSTRD — Myanmar Standards and Testing Research Division, Ministry of Science and Technology2026-06-17 · reference |
| Installation Safety and Labelling — Myanmar Electrical Rules and Site Requirements | China's PV inverter installation safety and labelling requirements are primarily set by GB/T 37408-2019 (labelling, marking, documentation requirements for grid-connected PV inverters) and GB 5585-series (wiring accessories safety). Inverter nameplates in China must display rated input voltage, rated output voltage (220 V AC, 50 Hz for single-phase domestic; 380 V AC, 50 Hz three-phase), rated power, efficiency class, and manufacturer details per GB/T 37408-2019 and CQC/CGC certification scheme requirements. Chinese manufacturers supplying Myanmar should produce additional or modified English-language nameplates showing 230 V / 50 Hz output compatibility, since Myanmar site inspectors will check nameplate ratings against the local grid parameters.GB/T 37408-2019 — Technical requirements for PV grid-connected inverters, incl. labelling and documentation requirements (recommended) CGC/CQC certification scheme nameplate and documentation requirements |
Myanmar's electrical installation rules are administered by MOEE and enforced through MEPE/ESE distribution licence conditions. The applicable installation code framework is evolving; Myanmar historically referenced IEC 60364 series (low-voltage electrical installations) and local building codes for electrical installation safety. PV inverter labelling and installation documentation requirements at the site level include: product nameplate in English (or Myanmar language where required by local authority), safety warnings, rated voltage and frequency matching the installation site (230 V / 50 Hz), and installation and operation manual. No Myanmar-specific mandatory inverter installation certification equivalent to national type-testing has been confirmed. MEPE site inspection reviews inverter nameplate, installation quality, and operating parameters as part of the NEM grid-connection approval process.IEC 60364 series — Low-voltage electrical installations (referenced in Myanmar electrical installation practice) MEPE/ESE site inspection requirements for NEM grid-connection approval (project-level, procedural) |
Two practical gaps exist: (1) Nameplate voltage mismatch — inverters labelled for 220 V AC output may fail MEPE site inspection if the nameplate does not indicate compatibility with 230 V / 50 Hz operation. Chinese manufacturers should either: supply inverters with a configurable or wide-range AC output (e.g. 180–270 V) and document this on the English nameplate, or produce a 230 V-specific firmware/hardware variant. (2) Language — installation manuals in Chinese only are unlikely to satisfy Myanmar site installation and MEPE inspection requirements. English installation documentation is the practical minimum; Myanmar-language documentation may be required by some local authorities. These are administrative and product-configuration gaps, not fundamental technical certification gaps.[INFORMATIONAL] The two practical action items for Chinese PV inverter exporters are: (1) confirm and document 230 V / 50 Hz nameplate compatibility on English-language labels; (2) provide English installation and operation manuals. IEC 60364-aligned installation practice is expected by MEPE site inspectors. No mandatory national type-certification for installation safety has been confirmed. This comparison is informational only. | Ministry of Electricity and Energy (MOEE) / MEPE, Myanmar2026-06-17 · reference |
E-E-A-T
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Official regulator, standards body, notified body, customs, or primary legal source preferred. Local PDFs are not accepted.
Editorial controlsRows must include publisher, official URL, access date, verification flag, and last_verified before human_reviewed can be true.
SOURCES
Official-source register.
- MSTRD — Myanmar Standards and Testing Research Division, Ministry of Science and Technology · accessed 2026-06-17 · reference · used in 2 rows
- Ministry of Electricity and Energy (MOEE), Myanmar — parent ministry of MEPE and ESE · accessed 2026-06-17 · reference · used in 1 rows
- Ministry of Electricity and Energy (MOEE), Myanmar · accessed 2026-06-17 · reference · used in 2 rows
- Myanmar Investment Commission (MIC), Ministry of Investment and Foreign Economic Relations · accessed 2026-06-17 · reference · used in 1 rows
- Ministry of Natural Resources and Environmental Conservation (MONREC), Myanmar · accessed 2026-06-17 · reference · used in 1 rows
- Ministry of Electricity and Energy (MOEE) / MEPE, Myanmar · accessed 2026-06-17 · reference · used in 1 rows