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IS 16300 : 2016Photovoltaic (PV) modules for power generation - General requirements and methods of test

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IEC 61215-1 · IEC 61730-1 · IEC 61730-2
CurrentEssentialSpecificationMEP · Solar and Renewable Energy Installations
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OverviewValues7InternationalTablesFAQ4Related

IS 16300:2016 is the Indian Standard (BIS) for photovoltaic (pv) modules for power generation - general requirements and methods of test. This standard specifies the requirements for design qualification and type approval of crystalline silicon terrestrial photovoltaic (PV) modules suitable for long-term operation. It defines the testing procedures to assess the performance, safety, and reliability against environmental factors like UV radiation, temperature, humidity, and mechanical loads. This code is critical for ensuring module quality in the Indian solar industry and is harmonized with international IEC 61215 and IEC 61730 standards.

Specifies general requirements for photovoltaic (PV) modules intended for power generation, including material, construction, and basic testing.

Overview

Status
Current
Usage level
Essential
Domain
MEP — Solar and Renewable Energy Installations
Type
Specification
International equivalents
IEC 61215-1:2021 · IEC (International)IEC 61730-1:2016 · IEC (International)IEC 61730-2:2016 · IEC (International)UL 61730-1/2 · UL (US)
Typically used with
IS 14286
Also on InfraLens for IS 16300
7Key values3Tables4FAQs
Practical Notes
! Compliance with this standard is mandatory for modules to be listed in the ALMM (Approved List of Models and Manufacturers) by MNRE, a prerequisite for use in most government-backed projects in India.
! This standard covers crystalline silicon (c-Si) modules only. For thin-film modules, refer to IS 16077.
! Pay close attention to the prescribed test sequence in Table 1, as the order of tests is designed to simulate lifetime stresses and is crucial for valid qualification.
Frequently referenced clauses
Cl. 5Test Samples and SequenceCl. 10.1Visual Inspection (MQT 01)Cl. 10.2Maximum Power Determination (MQT 02)Cl. 10.11Wet Leakage Current Test (MQT 11)Cl. 10.16Mechanical Load Test (MQT 16)Cl. 10.18UV Preconditioning Test (MQT 06)
Pulled from IS 16300:2016. Browse the full clause & table index below in Tables & Referenced Sections.
photovoltaic modulecrystalline siliconglassencapsulantbacksheet

International Equivalents

Similar International Standards
IEC 61215-1:2021IEC (International)
HighCurrent
Terrestrial photovoltaic (PV) modules - Design qualification and type approval - Part 1: Test requirements
Defines the test requirements for PV module design qualification, which are adopted by IS 16300.
IEC 61730-1:2016IEC (International)
HighCurrent
Photovoltaic (PV) module safety qualification - Part 1: Requirements for construction
Specifies requirements for PV module construction for safety, which are integrated into IS 16300.
IEC 61730-2:2016IEC (International)
HighCurrent
Photovoltaic (PV) module safety qualification - Part 2: Requirements for testing
Outlines safety test procedures that are a core part of the test methods in IS 16300.
UL 61730-1/2UL (US)
MediumCurrent
Photovoltaic (PV) Module Safety Qualification - Part 1: Requirements for Construction / Part 2: Requirements for Testing
US national standard harmonized with IEC 61730 but includes national deviations for fire and electrical codes.
Key Differences
≠IS 16300 is a single, consolidated standard that combines the requirements for performance/design qualification (from IEC 61215 series) and safety qualification (from IEC 61730 series) into one document, whereas the IEC standards are published as a multi-part series.
≠While IS 16300 adopts the IEC test sequences, the enforcement through the Bureau of Indian Standards (BIS) Compulsory Registration Scheme (CRS) can impose stricter pass/fail criteria, such as lower power degradation limits, than what is stated as the minimum requirement in the IEC standards.
≠IS 16300 includes specific requirements for marking and labeling that are unique to India, such as the BIS Standard Mark and details required for the Indian market, which are not present in the IEC standards.
≠IS 16300 contains national annexes and references specific to the Indian context, such as climatic conditions and national electrical codes, which may lead to minor deviations in the interpretation or application of certain tests compared to the global IEC standard.
Key Similarities
≈The core test sequences for design qualification, including Thermal Cycling (TC), Damp Heat (DH), Humidity Freeze (HF), UV preconditioning, and Mechanical Load testing, are directly adopted from the IEC 61215 series.
≈The fundamental safety tests, such as Wet Leakage Current, Insulation Resistance, Fire Resistance, and Bypass Diode Thermal tests, are harmonized with the methods and requirements of the IEC 61730 series.
≈Performance measurements for power output (Pmax) are based on the same Standard Test Conditions (STC): 1000 W/m² irradiance, 25 °C cell temperature, and Air Mass (AM) 1.5 spectrum, ensuring comparability of module ratings.
≈The general criteria for passing qualification tests are conceptually identical, based on a combination of limited power degradation (typically <5%), no major visual defects, and passing all safety requirements like insulation integrity.
Parameter Comparison
ParameterIS ValueInternationalSource
Thermal Cycling Test200 cycles, -40 °C to +85 °C200 cycles, -40 °C to +85 °CIEC 61215-2:2016
Damp Heat Test1000 hours at 85 °C / 85% RH1000 hours at 85 °C / 85% RHIEC 61215-2:2016
Max Power Degradation after Qualification Tests≤ 5% of initial Pmax≤ 5% of initial PmaxIEC 61215-1:2016
Static Mechanical Load (Front/Back)2400 Pa (positive and negative), 3 cycles each2400 Pa (positive and negative), 3 cycles eachIEC 61215-2:2016
Minimum Insulation Resistance (Dry)≥ 40 MΩ·m² at test voltage≥ 40 MΩ·m² at test voltageIEC 61730-2:2016
Wet Leakage Current TestInsulation resistance ≥ 40 MΩ·m² for modules with area > 0.1 m²Insulation resistance ≥ 40 MΩ·m² for modules with area > 0.1 m²IEC 61730-2:2016
Hail Impact Test25 mm diameter ice ball at 23 m/s25 mm diameter ice ball at 23 m/sIEC 61215-2:2016
⚠ Verify details from original standards before use

Key Values7

Quick Reference Values
Standard Test Condition (STC) Irradiance1000 W/m²
Standard Test Condition (STC) Temperature25 °C
Standard Test Condition (STC) Air MassAM 1.5
Minimum Insulation Resistance40 MΩ·m²
Standard Mechanical Load Test Pressure2400 Pa
Enhanced Mechanical Load Test Pressure5400 Pa
Power Output Tolerance after tests< 5% degradation from initial Pmax
Key Formulas
Pmax = Vmp × Imp — Maximum Power Calculation
Insulation Resistance (MΩ·m²) = (Measured Resistance in MΩ) × (Module Area in m²)

Tables & Referenced Sections

Key Tables
Table 1: Test Sequence for Design Qualification
Table 2: Pass/Fail Criteria for Visual Inspection
Table 3: Conditions for Thermal Cycling Test
Key Clauses
Clause 5: Test Samples and Sequence
Clause 10.1: Visual Inspection (MQT 01)
Clause 10.2: Maximum Power Determination (MQT 02)
Clause 10.11: Wet Leakage Current Test (MQT 11)
Clause 10.16: Mechanical Load Test (MQT 16)
Clause 10.18: UV Preconditioning Test (MQT 06)

Related Resources on InfraLens

Cross-Referenced Codes
IS 14286:2019Unplasticized PVC Doors and Windows
→

Frequently Asked Questions4

What are the Standard Test Conditions (STC) for measuring module power?+
An irradiance of 1000 W/m², a cell temperature of 25°C, and a reference solar spectral irradiance of Air Mass 1.5 (AM1.5) as per Clause 3.1.
What is the minimum requirement for the mechanical load test?+
The module must withstand a uniform static load of 2400 Pa (equivalent to wind pressure) applied cyclically to both its front and back surfaces without major defects (MQT 16).
What is the pass criterion for power degradation after reliability tests?+
The measured maximum power output (Pmax) after the test sequence shall not be less than 95% of the value measured before the tests (Clause 7.1).
What is the purpose of the wet leakage current test?+
It evaluates the module's insulation against moisture ingress under wet conditions (like rain or dew), which is critical for preventing shock hazards and ensuring user safety (MQT 11).

QA/QC Inspection Templates

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