Overview
IEC 62922:2016 is an international standard established by the International Electrotechnical Commission (IEC) that specifies performance requirements for organic light emitting diode (OLED) panels and tiles intended for general lighting applications. This standard applies to OLED devices designed for indoor environments powered by DC supplies up to 120 V or AC supplies up to 50 V at 50 Hz or 60 Hz. It provides a framework for testing, characterization, and reliability assessment to ensure high-quality and consistent performance of OLED lighting panels.
As OLED technology continues to revolutionize energy-efficient lighting solutions, IEC 62922:2016 plays a critical role in defining test parameters and performance benchmarks, facilitating the development and adoption of OLED panels in general lighting markets worldwide.
Key Topics
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Scope and Application
Defines the use of OLED panels on low-voltage DC and AC power supplies for indoor general lighting, highlighting use cases in residential, commercial, and similar environments.
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Performance Requirements
Details crucial performance metrics including luminous flux, luminous efficacy, chromaticity coordinates, correlated colour temperature (CCT), and colour rendering index (CRI), ensuring consistent and high-quality light output.
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Photometric Characteristics
Standards for measuring initial and maintained photometric properties of OLED panels, such as luminance uniformity, surface chromaticity uniformity, angular chromaticity uniformity, and luminous intensity distribution.
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Reliability Testing
Specifies conditions for high-temperature and high-humidity operation and storage tests, along with the robustness of electrical connections and terminations to guarantee durability.
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Marking and Identification
Requirements for clear labeling to provide essential information about OLED panel performance, ensuring transparency for manufacturers, installers, and end-users.
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Measurement Methods
Describes standardized methods involving integrating sphere and goniophotometric measurements for precise assessment of luminous flux and luminance.
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Guidance on Controlgear and Luminaire Design
Provides informative annexes with design recommendations for power supplies and luminaire integration to optimize OLED panel performance and lifetime.
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Lifetime Estimation
Includes methodologies for accelerated testing and lifetime extrapolation to predict OLED panel longevity under typical operating conditions.
Applications
IEC 62922:2016 facilitates the reliable use of OLED panels in a variety of general lighting applications where high-efficiency, quality light sources are needed. Key application areas include:
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Indoor Residential Lighting
OLED panels provide smooth, glare-free illumination ideal for living spaces, enhancing ambiance with consistent color and luminance.
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Commercial and Office Lighting
The standard helps ensure that OLED lighting products meet performance and durability expectations in work and retail environments.
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Architectural and Decorative Lighting
Uniform luminance and enhanced color rendering enable designers to implement OLED panels creatively in fixtures and installations.
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Energy-Efficient Lighting Solutions
Compliance with IEC 62922 encourages development of OLED panels that maximize luminous efficacy, contributing to sustainable building practices and reduced energy consumption.
Related Standards
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IEC 60050 (Electropedia) Terminology
Provides essential terms and definitions referenced within IEC 62922, ensuring consistent technical language.
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IEC 60598 (Luminaires)
Pertains to the integration of OLED panels into lighting fixtures, complementing IEC 62922’s focus on panel performance.
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IEC 62717 (LED Modules Performance)
Covers performance requirements for LED modules, often used alongside or compared with OLED technology in general lighting standards.
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IEC 62031 (LED Arrays for Lighting)
Relevant for broader solid-state lighting products, offering additional guidelines on electrical and photometric testing.
By adhering to IEC 62922:2016, manufacturers and stakeholders in the OLED lighting sector can ensure product quality, interoperability, and consumer safety, while advancing the adoption of innovative lighting technology.
Keywords: IEC 62922, OLED panels, organic light emitting diode, general lighting, performance requirements, luminous flux, luminous efficacy, color rendering index, chromaticity, photometric characteristics, reliability testing, indoor lighting, low-voltage lighting, lighting standards, OLED lighting panels.
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