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German Laser Technology, which has been deeply involved in the field of solar simulation technology for many years, has recently successfully applied toThird party laboratoryUniversities and automotive companies have delivered multiple xenon lamp transient, xenon lamp steady-state, and LED steady-state systemsSolar simulator.

Xenon lamp transient solar simulator
Illuminate new directions in scientific research
Xenon lamp transient sunlightsimulatorWith instantaneous pulse emission as its core advantage, it has multiple key parameters: its irradiation area reaches 2600 * 1600mm, the light source level is 3A+, the pulse width is 100ms, and the high-power short pulse xenon lamp can release high-intensity light within this time period. After filtering and adjustment, it outputs an adaptive spectrum.
The equipment is integrated with an EL testing system, which can comprehensively detect hidden cracks, fragments, broken grids, black edges, low efficiency chips, appearance defects and other issues in photovoltaic modules. It can quickly and intuitively discover potential defects inside the photovoltaic modules, ensuring the accuracy of testing services; At the same time, it also integrates IAM rotating bracket to achieve multi angle testing. With the characteristic of a 100ms long pulse width, the De Laser Solar Simulator can more accurately simulate the real lighting environment, provide more accurate test data for photovoltaic modules, ensure the reliability and stability of test results, and help the efficient development of the photovoltaic industry.

Xenon lamp steady-state solar simulator
The stable light illuminates the path of scientific research
The xenon lamp steady-state solar simulator focuses on "continuous stability", with a spectral coverage range of 300-1200nm and a 3A+light source level, demonstrating excellent performanceexcellentWith excellent light source quality, the equipment can maintain long-term illumination intensity and spectral stability, ensuring accurate experimental data. In university research, especially in the study of solar cell efficiency, stable experimental conditions are provided for exploring optimization paths.

LED steady-state solar simulator
The combination of long lifespan and flexible regulation
The LED steady-state solar simulator has a market advantage due to its long lifespan and flexible adjustment. adoptLEDCombination light source, each band can be individually adjusted, with a light source level of 3A+and a lifespan of up to 20000 hours, significantly reducing maintenance costs. The light intensity can be continuously adjusted between 0.1-1.2 sun, providing an efficient solution for industry research and testing.

The successful shipment of multiple devices by German Laser Technology confirms its technological strength and market influence. In the future, the company will continue to leverage its advantages in the fields of optics and electronics, providing advanced simulation equipment for more scenarios and supporting innovative development in various industries.













