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    SS-ZXR: Space (AM0) Solar Simulator

    The SS-ZXR AM0 is a state-of-the-art solar simulator designed to replicate the sunlight spectrum found in outer space, compliant with the ASTM AM0 standard spectrum (ASTM E927-10). It provides an illuminance intensity of 1366 W/m² with spatial non-uniformity of less than 2%, ensuring high spectral accuracy and stability. Utilizing a xenon short-arc lamp with a color temperature of 6000K, closely resembling natural sunlight (5500K), and advanced plasma deposition technology for the AM0 filter, the simulator is suitable for characterizing solar cells and new technologies for space applications. It also supports efficient IV curve measurements with intelligent scanning and analysis software

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    Overview

    • Meet the AM0 Standard Spectrum Solar Simulator SS-ZXR – the essential tool for space application research and development. Engineered by Enlitech, this state-of-the-art simulator is designed to replicate outer space sunlight, a critical aspect of space science and technology.
    • It matches the ASTM AM0 standard spectrum, produces an illuminance intensity of 1366 W/m2, and ensures spatial non-uniformity less than 2%. With a xenon short arc lamp that closely mimics natural sunlight and advanced plasma deposition technology for the AM0 filter, the SS-ZXR simulator guarantees high spectral accuracy and long working life.
    • According to the ASTM regulation, the AM0 standard spectrum is defined, and a light simulator for space application must meet these requirements:

    1.ASTM AM0 Standard Spectrum (ASTM E927-10).

    2.Illuminance Intensity of 1366 W/m².

    3.Spatial Non-uniformity less than 2%.

    Key Features

    • Spectral Accuracy :The design of the SS-ZXR simulator ensures a broad spectral range that covers all significant bands in the AM0 spectrum, demonstrating a commitment to spectral accuracy. By utilizing specific types of light sources and filtering systems, the SS-ZXR accurately matches the solar spectrum in space, reflecting a high pursuit of simulation authenticity.
    • Authentic Simulation Environment: The SS-ZXR is designed to simulate the vacuum conditions of space, meaning solar radiation without atmospheric filtering, ensuring the authenticity of the simulated environment. The SS-ZXR offers controllable temperature and radiation intensity settings to accurately simulate the extreme conditions of space.
    • System Adaptability and Flexibility: The SS-ZXR allows users to adjust the intensity of illumination, spectral range, and irradiation area according to different testing needs, demonstrating unparalleled adaptability and flexibility. The SS-ZXR supports various types of tests, including material performance, photovoltaic component efficiency, and thermal performance, embodying its multifunctionality.
    • Cost-Efficiency and Maintainability: While meeting performance requirements, the SS-ZXR considers cost-effectiveness, making the product competitive in the market. The design of the SS-ZXR is easy to maintain and upgrade, ensuring reliability and efficiency in long-term operation.
    • User Friendliness: The SS-ZXR provides an intuitive and easy-to-use interface, including highly automated testing procedures and data recording, enabling users to operate easily.
      The SS-ZXR ensures that all operations are safe for operators and equipment, including protective measures and emergency shutdown features.
    • Technical Support and Service: The SS-ZXR offers comprehensive customer training to ensure users can effectively utilize the simulator for testing. The SS-ZXR has established a strong technical support and after-sales service system to solve any problems users may encounter during use.

    Specifications

     

    Type Spot Size Spectrum Spatial Uniformity Temporal Stability Working Distance
    SS-ZXR100 100 × 100 mm² A A A+ 30 cm
    SS-ZXR160 160 × 160 mm² A A A 50 cm

    Applications

    • Silicon solar cell testing for space applications
    • Organic solar cell testing for space applications
    •  Perovskite solar cell testing for space applications
    •  Concentrated Photovoltaic (CPV) testing
    •  Solar cell aging experiments tailored for space environments

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