Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Jul 23, 2025～Aug 19, 2025
This ranking is based on the number of page views on our site.
1～15 item / All 32 items
Long pulse solar simulator ideal for calibration and evaluation of solar cell modules.
A solar simulator with excellent illuminance distribution and stability for calibration and evaluation of solar cell modules.
A solar simulator with an integrated constant temperature chamber that allows for freely adjustable temperature settings.
A solar simulator that maintains a constant temperature for the measurement samples in the temperature-controlled chamber, allowing for more precise research and development.
Although it is a single light source, it has a high spectral matching degree (spectral matching degree within ±15%).
Using a high-pressure xenon lamp as the light source, we irradiate the sample with light at an illuminance of 1 SUN, approximating the spectral distribution of sunlight received on the ground (AM1.5G).
Maintenance during lamp replacement is easy, and it maintains high light reproducibility even after the lamp is replaced.
It is a high-performance solar simulator that uses two light sources (a xenon lamp and a halogen lamp) to achieve a spectrum closely resembling sunlight, eliminating spikes in the infrared region.
By using the light-gathering lens unit, it is possible to combine high solar and 1 SUN with a single unit.
The focusing lens allows for irradiation at high intensity and is also compatible with variable illuminance. The irradiation intensity can be customized according to your preferences.
We support research and development of solar cells!
Using a high-pressure xenon lamp as the light source, we irradiate the measurement sample with light at an illuminance of 1 SUN, approximating the spectral distribution of sunlight (AM1.5G). We support research and development of solar cells with light that closely resembles sunlight. With advanced optical technology, we meet our customers' needs. We offer various solar simulators tailored to different applications. 【Features】 ■ Spectral matching accuracy within ±5% to ±15% ■ Excellent irradiance distribution and light stability ■ Superior maintainability with high reproducibility of performance before and after lamp replacement *For more details, please contact us or download the catalog.
Combination of 1SUN and concentrated light type is possible! You can freely set the irradiation intensity.
This product can achieve high irradiation intensity through a concentrating lens and is also compatible with variable illuminance. By utilizing a concentrating lens unit, it is possible to use both concentration and 1SUN with a single device. It is ideal for research and development and evaluation of concentrating solar cells. Additionally, the irradiation intensity can be customized to your specifications. 【Features】 ■ Irradiation intensity can be customized to your specifications ■ Continuous variable irradiation intensity, finely adjustable ■ Combination use of concentrating and 1SUN is possible ■ High solar type with parallel light can also be manufactured ■ High spectral match with the reference sunlight for concentration *For more details, please contact us or download the catalog.
We will manufacture it according to your desired voltage and current range.
This product is a solar simulator with a structure that is optimal for introduction on production lines. It will be manufactured to specifications suitable for each solar cell module. It is also an ideal light source for research and development evaluations that require high-precision measurements. Thanks to its unique optical system, the spectral matching in the ultraviolet to visible light range is particularly high, and there is almost no spectral error depending on the irradiation location. 【Features】 ■ AAA grade performance ■ Good spectral matching and distribution ■ Significant reduction in running costs ■ Short emission intervals ■ High light reproducibility *For more details, please contact us or download the catalog.
Solar simulator with performance above grade A.
This product is a long-pulse solar simulator with a maximum light pulse width of 1 second. It is an ideal light source for high-precision evaluation and calibration of solar cell modules. Due to its long light pulse, it is suitable for measuring many solar cell modules. 【Features】 ■ Long light pulse width of up to 1 second ■ Grade AAA ■ Excellent illuminance distribution, adjustable within ±1% of illuminance distribution *For more details, please contact us or download the catalog.
High-performance solar simulator with a spectrum closely approximating sunlight.
The "YSS-T50A" is a high-performance solar simulator that uses two light sources (xenon lamp and halogen lamp) and has a spectrum that closely approximates sunlight without spikes in the infrared range. The standard spectral match is within ±10%. If you require a spectral match within 5% and grade MS (JIS C8942), it can be custom-made. 【Features】 ■ High spectral match accuracy ■ The irradiated spectrum does not change when adjusting illuminance ■ Easy maintenance during lamp replacement *For more details, please contact us or download the catalog.
Solar simulator according to the size of the solar cell.
This is a solar simulator for evaluating solar cell performance standardized by JIS. We provide solar simulators tailored to the size of the cells. It features a digital touch panel that displays operational status on the screen, ensuring high usability. For more details, please contact us or refer to the catalog.
Approximately 1,200 deliveries to major manufacturers! Boasting high precision and reliability.
The solar simulator from BERGER does not use any optical components such as mirrors or filters, and its unique device configuration allows for uniform radiation intensity on the irradiated surface.
We design and manufacture light source devices (visible light, ultraviolet, infrared, simulated sunlight) according to our customers' requests.
Minae Electric Manufacturing Co., Ltd. has consistently focused on "design and manufacturing" in-house since its establishment in 1964, providing products related to "light" to customers both domestically and internationally. We have various achievements, including solar simulators, exposure machines, ultraviolet irradiation, infrared irradiation (light heating), parallel light irradiation, and long-distance irradiation (searchlights). We also have numerous delivery records overseas, and we provide operational guidance and maintenance at the delivery sites. We look forward to your inquiries and requests. 【Business Activities】 ○ Manufacturing and sales of industrial light source devices ○ Manufacturing and sales of performance light source devices For more details, please contact us or download the catalog.
Flexible irradiation is possible with fiber emission! Achieves a compact size with built-in power supply.
The "XEF-300" is a high-performance solar simulator that uses a xenon lamp, high-precision fiber rod lens, and air mass filter. It is a compact type that closely approximates the JIS standard Class A (area 25mm) solar spectrum. By using a rod lens, it achieves uniform light at 50mm. 【Features】 ■ Flexible irradiation with fiber emission ■ Compact size with built-in power supply ■ Integrated light source and power supply ■ High-approximation light source to JIS standard AAA (within area 25mm) ■ Equipped with a variable light attenuator (0-100% adjustable) ■ Easy lamp replacement and adjustment (with arc monitor) ■ The lamp is highly stable and long-lasting (average 1000 hours) *For more details, please refer to the PDF document or feel free to contact us.
Optimal as a module tester for solar cell module production lines.
It is optimal as a module tester for solar cell module production lines. With energy-saving, long-life lamps, it reduces running costs and offers good maintainability, making it an ideal module evaluation device for production lines.
