Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing

Corrigendum 1 - Modules photovoltaïques (PV) - Essai de corrosion à l'ammoniac

General Information

Status: Published
Publication Date: 07-May-2014

ICS: 27.160 - Solar energy engineering

Technical Committee: TC 82 - Solar photovoltaic energy systems

Current Stage: PPUB - Publication issued
Start Date: 08-May-2014
Completion Date: 30-Jun-2014

Relations

Corrects: IEC 62716:2013 - Photovoltaic (PV) modules - Ammonia corrosion testing
Effective Date: 05-Sep-2023

Buy Documents

IEC 62716:2013/COR1:2014 - Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing
Released:8. 05. 2014 - Page 1 preview

IEC 62716:2013/COR1:2014 - Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing
Released:8. 05. 2014 - Page 2 preview

IEC 62716:2013/COR1:2014 - Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing
Released:8. 05. 2014 - Page 3 preview

Standard

IEC 62716:2013/COR1:2014 - Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing Released:8. 05. 2014

English and French language (10 pages)

sale 15% off

Preview

sale 15% off

Preview

Get Certified

Connect with accredited certification bodies for this standard

DNV

DNV is an independent assurance and risk management provider.

NA Norway Verified

Visit Website

Lloyd's Register

Lloyd's Register is a global professional services organisation specialising in engineering and technology.

UKAS United Kingdom Verified

Visit Website

DNV Energy Systems

Energy and renewable energy certification.

NA Norway Verified

Visit Website

Frequently Asked Questions

What is IEC 62716:2013/COR1:2014?

IEC 62716:2013/COR1:2014 is a standard published by the International Electrotechnical Commission (IEC). Its full title is "Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing". This standard covers: Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing

What is the scope of IEC 62716:2013/COR1:2014?

Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing

What ICS categories does IEC 62716:2013/COR1:2014 belong to?

IEC 62716:2013/COR1:2014 is classified under the following ICS (International Classification for Standards) categories: 27.160 - Solar energy engineering. The ICS classification helps identify the subject area and facilitates finding related standards.

What standards are related to IEC 62716:2013/COR1:2014?

IEC 62716:2013/COR1:2014 has the following relationships with other standards: It is inter standard links to IEC 62716:2013. Understanding these relationships helps ensure you are using the most current and applicable version of the standard.

How can I access IEC 62716:2013/COR1:2014?

IEC 62716:2013/COR1:2014 is available in PDF format for immediate download after purchase. The document can be added to your cart and obtained through the secure checkout process. Digital delivery ensures instant access to the complete standard document.

Standards Content (Sample)

IEC 62716:2013/COR1:2014 - Cor...

IEC 62716 IEC 62716
(First edition – 2013) (Première édition – 2013)

Photovoltaic (PV) modules – Ammonia corrosion Modules photovoltaïques (PV) – Essai de
testing corrosion à l'ammoniac

CO RRI G E NDUM 1
Figure 1, note 2 Figure
...

Questions, Comments and Discussion

Ask us and Technical Secretary will try to provide an answer. You can facilitate discussion about the standard in here.

Loading comments...

IEC

IEC 62548-1:2023/AMD1:2025(Amendment)

Amendment 1 - Photovoltaic (PV) arrays - Part 1: Design requirements

Standard
11 pages
English language
sale 15% off

14-Dec-2025
27.160
TC 82

IEC

IEC TS 62257-350:2025(Main)

Renewable energy off-grid systems - Part 350: Recommendations for selection of inverters

IEC TS 62257-350:2025 specifies the criteria for selecting and sizing inverters suitable for different off-grid applications integrating solar as an energy source. As well as off-grid systems, this document can also apply to inverters where a utility grid connection is available as a backup for charging batteries, but it is not intended to cover applications in which inverters synchronize and inject energy back into a utility grid, even though this capability can incidentally be a part of the functionality of the inverters. Single and multi-phase applications are included.

Technical specification
21 pages
English language
sale 15% off

09-Dec-2025
27.160
TC 82

IEC

IEC 63349-1:2025(Main)

Photovoltaic direct-driven appliance controllers - Part 1: General requirements

IEC 63349-1:2025 establishes control functions and operational performance requirements for photovoltaic direct-driven appliance (PVDDA) controllers.
PVDDA controllers are devices used for controlling power among power sources (such as a PV array, grid, energy storage, etc.) and appliances (such as an air-conditioner, refrigerator, water pump, etc.).
The requirements for PVDDA controllers are applicable to systems with voltages not higher than 1 500V DC or 1 000V AC. Safety and EMC requirements for the PVDDA controllers are under consideration and not covered by this document. Safety requirements for power converters connected to a PVDDA controller are listed as follows:
- for converter connected to PV array, IEC 62109‑1 and IEC 62109‑2 are applicable;
- for bi-directional converter connected to grid, IEC 62909‑1 and IEC 62909‑2 are applicable;
- for converter connected to energy storage, IEC 62477‑1 and IEC 62509 are applicable;
- for variable frequency drive, IEC 61800-5-1 is applicable.
Performance requirements for each individual power converter connected to a PVDDA controller refer to IEC 62093.

Standard
31 pages
English language
sale 15% off
Standard
32 pages
French language
sale 15% off
Standard
63 pages
English and French language
sale 15% off

03-Dec-2025
27.160
TC 82

IEC

IEC 63409-3:2025(Main)

Photovoltaic power generating systems connection with the grid - Testing of power conversion equipment - Part 3: Basic operations

IEC 63409-3:2025 specifies test procedures for confirming the basic operational characteristics of power conversion equipment (PCE) for use in photovoltaic (PV) power systems with or without energy storage. The basic operational characteristics are the capability of the PCE before any limitations due to internal settings are applied to the PCE to meet specific grid support functions or specific behaviours against abnormal changes.
This document covers the testing of the following items:
a) Steady state characteristics
Test procedures to confirm operable range of PCE at steady state condition are described. The operable ranges in apparent power, active power, reactive power, power factor, grid voltage and grid frequency are confirmed according to the test procedures.
b) Transient-response characteristics
Test procedures to confirm PCE’s response against a change of operational condition are described.
This document only considers the changes within normal (continuous) operable ranges. Therefore, the behaviours against abnormal changes and grid support functions are out of the scope and are covered in other parts of this series.

Standard
68 pages
English language
sale 15% off
Standard
71 pages
French language
sale 15% off
Standard
139 pages
English and French language
sale 15% off

02-Dec-2025
27.160
TC 82

IEC

IEC TS 61836:2025(Main)

Solar photovoltaic energy systems - Terms, definitions and symbols

IEC TS 61836:2025 covers solar photovoltaic (PV) terminology, definitions and symbols used in IEC TC 82 international standards.

Technical specification
22 pages
English language
sale 15% off

23-Nov-2025
27.160
TC 82

IEC

IEC TS 63392:2025(Main)

Fire test for concentrator PV modules

IEC TS 63392:2025 specifies a test method for evaluating the basic fire behaviour of modules used in concentrating systems with a maximum DC system voltage of 1 500 V or less. Since the concentrator module may be exposed to flames due to flying embers or fire may be caused by the module itself due to hot spots or arching (internal fire), the tests outlined in this document are conducted in these two modes.
Applicable fire testing may be required by local codes but are not covered in this document.
CPV system or CPV modules mounted in or on buildings, shall fulfil national building and construction codes, regulations, and requirements and are not covered by this Technical Specification. If national or local codes define fire test requirements, they should be followed. If such requirements are not available, the following international and national standards give information for tests, which could be used: ISO 5657, ENV 1187-1 to -4, ANSI/UL 790, EN 13501-1.

Technical specification
15 pages
English language
sale 15% off

19-Nov-2025
27.160
TC 82

IEC

IEC TS 63126:2025(Main)

Guidelines for qualifying PV modules, components and materials for operation at high temperatures

IEC TS 63126:2025 defines additional testing requirements for photovoltaic (PV) modules deployed under conditions leading to higher module temperature which are beyond the scope of IEC 61215-1 and IEC 61730‑1 and the relevant component standards, IEC 62788‑1‑7, IEC 62788‑2‑1, IEC 62790 and IEC 62852. The testing conditions specified in IEC 61215-2 and IEC 61730-2 (and the relevant component standards IEC 62788‑1‑7, IEC 62788‑2‑1, IEC 62790 and IEC 62852) assumed that these standards are applicable for module deployment where the 98th percentile temperature (T98), that is the temperature that a module would be expected to exceed for 175,2 h per year, is less than 70 °C. This document defines two temperature regimes, temperature Level 1 and temperature Level 2, which were designed considering deployment in environments with mounting configurations such that the T98 is less than or equal to 80 °C for temperature Level 1, and less than or equal to 90 °C for temperature Level 2. This document provides recommended additional testing conditions within the IEC 61215 series, IEC 61730 series, IEC 62788‑1‑7, IEC 62788‑2‑1, IEC 62790 and IEC 62852 for module operation in temperature Levels 1 and 2. Successfully passing a higher Level for a test, sequence of tests, or complete testing for a higher Level is an implied passing of the relevant lower‑Level testing. For example, passing 200 thermal cycles for Level 2 is considered passing Level 0 and Level 1 for 200 thermal cycles.

Technical specification
33 pages
English language
sale 15% off
Technical specification
70 pages
English language
sale 15% off

13-Oct-2025
27.160
TC 82

IEC

IEC TS 61724-2:2025(Main)

Photovoltaic system performance - Part 2: Power performance index and capacity evaluation method

IEC TS 61724-2:2025 applies to grid-connected PV systems comprising at least one inverter.
The test evaluates the PV system only in conditions where output is unconstrained by limitations in AC power output from the inverters. This document defines a test of a PV system's power performance index (PPI). PPI, defined in IEC 61724‑1, is the ratio of a system's measured power output under test conditions to its expected output at those conditions based on the system's design.
The test is intended to be performed over a short period of typically three to five days and is typically used to satisfy a contractual performance guarantee as part of the final completion of a PV power plant. This second edition cancels and replaces the first edition published in 2016. This edition includes the following significant technical changes with respect to the previous edition:
a) Adapting the document for bifacial PV systems, in accordance with the latest edition of IEC 61724‑1 and current industry practices.
b) Adapting the test procedure to account for the limited times of unconstrained system operation which are now common because of high DC-to-AC ratios (clipping) and interconnection limits (curtailment).
c) Adapting the test procedure to achieve a test that can be performed in a short time of three to five days during favourable conditions.
d) Focusing the document more heavily on the use of modern PV system modelling software to obtain the expected performance of the system under test.
e) Simplifying the mathematical procedure for calculating the test results.
f) Clearly identifying test elections (optional choices to be made in conducting the test) and providing a template for documenting these elections.
g) Clarifying the discussion of the test boundary that separates tested variables from untested variables.
h) Expanding and clarifying the discussion of data filtering.

Technical specification
26 pages
English language
sale 15% off

21-Sep-2025
27.160
TC 82

IEC

IEC TS 62257-301:2025(Main)

Renewable energy off-grid systems - Part 301: Generators - Integration of solar with other forms of power generation within hybrid power systems

IEC TS 62257-301:2025 specifies the design and implementation of hybrid off-grid solar systems, where solar energy provides energy to a load in conjunction with other sources of energy. Such systems can either include or not include an energy storage system. There are a variety of different system architectures and applications, and many ways in which these energy sources can be combined. This document distinguishes between different sorts of hybrid system applications and gives guidance on the design and integration of these systems.
It applies to single-phase and three-phase applications, and it covers situations where grid is available as an additional source of power for charging batteries and maintaining system reliability, but this document does not cover situations in which energy is fed back into a utility grid, although such systems can incidentally possess this function.

Technical specification
18 pages
English language
sale 15% off

25-Aug-2025
27.160
TC 82

IEC

IEC TS 62804-1:2025(Main)

Photovoltaic (PV) modules - Test methods for the detection of potential-induced degradation - Part 1: Crystalline silicon

IEC TS 62804-1:2025 defines procedures to evaluate the durability of crystalline silicon photovoltaic (PV) modules to the effects of short-term high-voltage stress, primarily potential-induced degradation (PID). Three test methods are given. The first type, which has two variations, is conducted in the dark and is primarily designed for assessing PID-shunting. The second type, which also has two variations, incorporates the factor of ultraviolet light and is intended for assessing PID-polarization. A separate test for the recovery of PID polarization under ultraviolet light is also included.
The testing in this document is designed for crystalline silicon PV modules with silicon cells having passivating dielectric layers, for degradation mechanisms involving mobile ions influencing the electric field over the silicon semiconductor or electronically interacting with the silicon semiconductor. This document is not intended for evaluating modules with thin-film technologies, tandem, or heterojunction devices but can be used for guidance. The actual durability of modules to system voltage stress depends on the environmental conditions under which they are operated and the voltage potential in the module relative to earth (ground). These tests are intended to assess PV module sensitivity to PID irrespective of actual stresses under operation in different climates and systems.

Technical specification
28 pages
English language
sale 15% off

12-Jun-2025
27.160
TC 82

Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing

Corrigendum 1 - Modules photovoltaïques (PV) - Essai de corrosion à l'ammoniac

General Information

Relations

Buy Documents

IEC 62716:2013/COR1:2014 - Corrigendum 1 - Photovoltaic (PV) modules - Ammonia corrosion testing Released:8. 05. 2014

Get Certified

DNV

Lloyd's Register

DNV Energy Systems

Frequently Asked Questions

Standards Content (Sample)

Questions, Comments and Discussion

This May Also Interest You