Where can you find the list of IEC standards for PV and energy storage components? Start with official channels: purchase authentic copies from the IEC Webstore; view all standards and versions via the IEC TC 82 (PV) and TC 120 (Energy Storage) Dashboards;
and check CB standards and accredited laboratories on the IECEE website. Key standards include IEC 61215/61730 for PV and IEC 62619/63056/62933 for energy storage.
I. What are IEC standards and why are they important?
- IEC = International Electrotechnical Commission.
It publishes global technical benchmark standards for the electrical, electronic, battery, and PV sectors, serving as a common technical language for cross-border procurement (Source: IEC). - Standards are developed by Technical Committees (TCs): TC 82 covers solar PV energy systems; TC 120 covers grid-integrated electrical energy storage (EES);
and TC 21/SC 21A covers secondary cells and batteries (Source: IEC). - Purpose: To ensure the safety, reliability, and interoperability of components, batteries, and inverters, allowing technology developed in one market to be confidently deployed in another (Source: IEC).
- Supporting certification systems: IECEE (CB Scheme for mutual recognition of electrotechnical products) and IECRE (certification for renewable energy products);
IEC standards form the technical foundation for these certifications (Source: IEC). - Alignment with China/EU: Chinese GB standards often adopt IEC standards (e.g., GB/T 36276), and EU EN standards often adopt them identically (e.g., EN 62619);
understanding IEC standards means understanding the baseline requirements across multiple markets (Source: CNAS/Douyin Energy Storage).
II. Where to Find the List of IEC Standards (Official Channels)
- IEC Webstore (webstore.iec.ch): The sole official portal for purchasing authentic standards;
check for current, withdrawn, or revised versions and pricing (Source: IEC Webstore). - IEC TC Dashboard (iec.ch; e.g., TC 82 Photovoltaics / TC 120 Energy Storage / TC 21 Batteries): Access information on projects/publications, workflows, versions, stability dates, and full-text references;
view lists for free (Source: IEC). - IECEE Official Website (iecee.org): Check IEC standards applicable to BATT/PV categories, TRF (Test Report Form) templates, and lists of accredited laboratories (e.g., TUV, DEKRA, Intertek, SGS, Eurofins, CQC, CTI, CVC) (Source: IECEE).
- China National Public Service Platform for Standards Information (std.samr.gov.cn): Check GB standards that adopt IEC standards (e.g., GB 61215-1-2 adopting IEC);
consult the CNAS list of assessment standards (las.cnas.org.cn) for criteria used by accredited laboratories (Source: CNAS). - Certification Body Websites (TUV Rheinland, UL, Intertek, SGS): Standard interpretations, lists of testing services, and tracking of current versions;
useful for practical implementation (Source: TUV Rheinland, UL Solutions).
III. List of IEC Standards for PV Modules (TC 82)
- IEC 61215 Series: Terrestrial photovoltaic (PV) modules – Design qualification and type approval; includes IEC 61215-1 (test requirements), IEC 61215-1-x (specific requirements for technologies such as c-Si, CdTe, a-Si, CIGS, and perovskite), and IEC 61215-2 (test procedures); current version: 2021 (Source: IEC).
- IEC 61730-1/-2: Photovoltaic (PV) module safety qualification—Part 1: Requirements for construction, Part 2: Requirements for testing;
current version: 3rd Edition (2023) (Source: IEC). - IEC 60904 series (14 parts): Characteristics and measurement standards for PV devices (Source: IEC).
- Standards for key components: IEC 62790 (junction boxes), IEC 62852 (DC connectors), IEC 62817 (trackers), IEC 62930 (PV cables), IEC 62788-2 (backsheets/encapsulation materials), IEC 61724 (system performance monitoring), IEC 61853 (energy rating) (Source: IEC).
- Environment/Grid: IEC 61701 (salt mist), IEC 62109 (safety of power converters), IEC 62116 (anti-islanding), IEC 62446-1 (grid-connected system inspection) (Source: IEC/TC 82).
IV.
List of IEC Standards for Energy Storage Batteries (TC 21/TC 120)
- IEC 62619:2022: Safety of secondary lithium cells and batteries for use in industrial applications (stationary/energy storage/UPS/mobile); core standard for energy storage cells (Source: IEC/IECEE).
- IEC 62620: Performance of secondary lithium cells and batteries for industrial applications;
IEC 63056: Safety requirements for secondary lithium cells and batteries for use in stationary energy storage applications (Source: IEC/IECEE). - IEC 62133-2: Safety of portable lithium batteries;
IEC 62660 series: Performance/safety of lithium batteries for electric vehicles; IEC 61427-1/-2: Batteries for renewable energy storage (off-grid/grid-connected) (Source: IEC). - System level (TC 120): IEC 62933 series—62933-1 (Vocabulary), 62933-2-1 (Parameter testing), 62933-5-1 (General safety), 62933-5-2 (Safety for grid integration), 62933-5-4:2026 (Safety test methods for lithium-ion systems) (Source: IEC).
- Stationary systems: IEC 62485-5 (Safety for lithium-ion systems ≤1.5 kV DC);
transport governed separately by UN/DOT 38.3 (non-IEC) (Source: IEC/Douyin Energy Storage).
V. Adoption of Standards and IECEE Certification by Country
- China: GB/T 36276 (Lithium-ion batteries for electric energy storage);
PV modules adopt IEC 61215/61730 (verifiable via the National Public Service Platform for Standards Information) (Source: Douyin Energy Storage/CNAS). - EU: EN 62619 (equivalent to IEC 62619) and EN IEC 63056 (equivalent to IEC 63056), plus compliance with EU Battery Regulation 2023/1542 (substances/performance/labeling/State of Health) (Source: Douyin Energy Storage/TÜV SÜD).
- North America: Primarily UL 1973/UL 1642 (parallel to the IEC system);
Japan: JIS C 8715-2, SAE J2464; South Korea: KS C 62619/62620; Australia: AS/NZS adopts IEC 62619 (Source: Douyin Energy Storage). - IECEE CB Scheme: The world’s first international system for mutual recognition of certifications;
one CB report + limited testing for target-country deviations → conversion to certifications for multiple countries, saving on repetitive testing (Source: IEC). - IECEE PV Certificate: Globally recognized certification for PV modules based on IEC standards; IECRE (Renewable Energy Certification) covers system-level certification for PV, wind, and marine energy power plants (Source: IEC).
VI.
Practical Application: How to Select Standards Using the Checklist
- Identify the TC/Category first: Refer to TC 82 for modules, and TC 21/SC 21A or TC 120 for energy storage batteries;
use the Dashboard to pinpoint the product’s classification (Source: IEC). - Select based on product hierarchy: Choose IEC 62619/63056 for cells, IEC 61215/61730 for modules, and IEC 62933 for system-level applications—different levels require different standards (Source: IEC).
- Check version and status: The IEC Webstore/Dashboard indicates whether a standard is Valid, Revised, or Withdrawn;
always use the current version plus the latest revision (Source: IEC). - Adopt standards based on target markets: For the EU, look for EN adoptions and battery regulations; for North America, look for UL;
for China, look for GB; use IEC as the universal baseline (Source: Douyin Energy Storage). - Use IECEE to verify laboratories: Check iecee.org for accredited laboratories and TRF templates;
select an institution that covers the target standards to avoid authorization gaps (Source: IECEE).
VII. Procurement Recommendations
- Request certificates and standard numbers from suppliers: Require IEC certificates (e.g., IEC 62619/61215/61730) including the version year and verifiable ID number;
verify model coverage via the IEC/IECEE database (Source: IEC/IECEE). - Determine the standard combination based on target markets: Ensure compliance with EN adoptions and battery regulations for the EU, UL for North America, and GB for China, while using IEC as the universal baseline before placing orders (Source: Douyin Energy Storage).
- Prioritize CB/ECEE PV certificates: A single IEC certificate can be used via the CB Scheme for multi-country market access, shortening the time-to-market and avoiding redundant testing (Source: IEC).
- Require current versions: Standards undergo revision (e.g., IEC 61215/61730 are upgrading to Edition 3);
require suppliers to specify the standard year and reject certificates based on outdated versions (Source: IEC). - Verify IECEE-recognized laboratories: Use only laboratories listed on iecee.org for testing to ensure reports are accepted by target institutions (Source: IECEE).
Trends and Summary
- PV standards upgrading: Advancement of the IEC 61215-1 series and IEC 61730-1/-2 (Edition 3);
introduction of standards for perovskite modules (IEC 61215-1-6) and guidelines for floating PV (IEC 63637) (Source: IEC TC 82). - Energy storage system-level standards taking shape: Systematization of the IEC 62933 series (e.g., 5-4:2026 for lithium-ion battery safety testing), shifting focus from individual cells to complete systems (Source: IEC TC 120).
- Carbon footprint and sustainability: Development of the IEC 63667-1 Product Category Rule (PCR) for PV product carbon footprints;
stricter EU battery regulations; sustainability emerging as a new dimension for certification (Source: IEC/TÜV SÜD). - Expansion of IECEE/CB Scheme mutual recognition networks: Globalization of CB reports and recognized laboratories;
the trend is toward acceptance of a single IEC standard across multiple countries (Source: IEC). - For purchasers, the answer to where to find the list of IEC standards for PV and energy storage components is: view the complete list for free on the IEC Webstore and TC 82/TC 120 Dashboards; check the IECEE website for applicable standards and recognized laboratories; and consult Chinese platforms for GB standards that adopt IEC ones. Key standards include IEC 61215, 61730, and 60904 for PV, and IEC 62619, 63056, and 62933 for energy storage.
Select current versions based on product hierarchy and target markets, and leverage CB certificates for multi-country market access—treat IEC standards as the common language for cross-border procurement, and check the standards list before placing an order.
