SS-ZXR
Product Features
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.
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.
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.
According to the ASTM regulation, the AM0 standard spectrum is defined, and a light simulator for space application must meet these requirements:
- ASTM AM0 Standard Spectrum (ASTM E927-10)
- Illuminance Intensity of 1366 W/m²
- Spatial Non-uniformity less than 2%
Table of Contents
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. Whether it’s characterizing solar cells for space or testing new technologies, the SS-ZXR solar simulator is your partner in pioneering the future of space science.
The progression of space science and technology has made the simulation of outer space sunlight critical. According to the ASTM regulation, the AM0 standard spectrum is defined, and a light simulator for space application must meet these requirements:
- ASTM AM0 Standard Spectrum (ASTM E927-10)
- Illuminance Intensity of 1366 W/m²
- Spatial Non-uniformity less than 2%
Enlitech employs a xenon short arc lamp as a broadband light source. The xenon lamps have a color temperature of 6000K, closely resembling natural sunlight (5500K). The SS-ZXR solar simulator utilizes optical analog software to mimic the optomechanical system design and Fourier optics technology to produce spatially uniform irradiance.
The AM0 filter in the SS-ZXR solar simulator uses advanced plasma deposition technology, ensuring high spectral accuracy and a long lifespan. Due to superior spectral ratings, SS-ZXR is more suitable than other simulators for characterizing solar cells for space.
System Design
Discover SS-ZXR：Your Space Research Essential with AM0 Standard Spectrum
Designed by Enlitech, our cutting-edge solar simulator faithfully replicates the sunlight found in outer space, making it a crucial tool for space science and technology. This simulator adheres to the stringent ASTM AM0 standard spectrum, delivering an illuminance intensity of 1366 W/m2 while ensuring spatial non-uniformity of less than 2%. Equipped with a xenon short arc lamp that faithfully emulates natural sunlight and utilizing advanced plasma deposition technology for the AM0 filter, the SS-ZXR simulator guarantees exceptional spectral accuracy and a long lifespan. Whether you’re characterizing solar cells for space missions or testing groundbreaking technologies, the SS-ZXR solar simulator is your trusted companion in pioneering the future of space science.
| Type | Spot Size | Spectrum | Spatial Uniformity | Temporal Stability | Working Distance |
|---|---|---|---|---|---|
| SS-ZXR100 | 100 x 100 mm2 | A | A | A+ | 30 cm |
| SS-ZXR160 | 160 x 160 mm2 | A | A | A | 50 cm |
Six features to effectively solve your pain points
Spectral Range :300-1800nm
The SS-ZXR utilizes a xenon short arc lamp as a broadband light source with a color temperature of 6000K (closest to natural sunlight at 5500K). It covers a wide spectral range from 300 to 1800nm, meeting the GB/T 6494-2017 specification of 350-1800nm and ASTM 300-1400nm.
High spectral matching
Each band of the SS-ZXR reaches level A, ensuring the maximum fidelity in simulating solar sources in space. This feature ensures that researchers' efforts in developing photovoltaic devices are not compromised by inaccurate measurements due to insufficiently precise output spectra from solar simulators or by manufacturers' cost-cutting measures using LED light sources, which may reduce the originally achievable photovoltaic conversion efficiency.
Light intensity can reach 1366 w/m2
Enlitech's SS-ZXR Solar Simulator is designed with large-area device requirements in mind, offering three spot sizes of 100 x 100 mm2, 160 x 160 mm2, and 180 x 180 mm2, with working distances ranging from 30 to 50 cm.
The light intensity is maintained at over 1 sun. With programmable control for automatic intensity modulation (optional feature), the simulator can adjust intensity output from 0% to 100% without changing the spectrum, with a 1% intensity adjustment precision.
This allows for measurements without waiting for the light source to stabilize.
Perfect alignment angle
In space, sunlight is highly collimated and uniform due to the absence of significant refraction or scattering. The Enlitech SS-ZXR utilizes a specially developed design process, inspired by the principles of exposure machines in the semiconductor industry, to achieve this precision.
It offers a high degree of collimation, providing a highly collimated light source with a customizable half-angle. Additionally, it utilizes optical analog software to simulate optical mechanical system design and Fourier optics technology to generate spatially uniform irradiance.
Low maintenance xenon light source
The Enlitech SS-ZXR utilizes a xenon lamp as its light source, offering a broad wavelength spectrum and a color temperature of approximately 6000K, which closely resembles sunlight.
This design not only provides a spectrum similar to natural sunlight but also requires minimal maintenance and saves on manpower.
Four-way illumination
Enlitech's SS-ZXR Solar Simulator is designed with large-area device requirements in mind, offering three spot sizes of 100 x 100 mm2, 160 x 160 mm2, and 180 x 180 mm2, with working distances ranging from 30 to 50 cm.
Customers can also choose the direction of light output, including upward, downward, leftward, and rightward, and can even integrate it excellently with glove box setups. This exceptional and flexible design makes it the smartest choice for researchers in the field of space photovoltaics.
Application
The Enlitech SS-ZXR is an ideal choice for a wide range of applications in the field of photovoltaics, particularly in advanced photodetection technologies. Its versatility and precision make it perfect for:
| Customer Type | Application Field | Pain Points | How Enlitech SS-ZXR helps solve pain points |
|---|---|---|---|
| Solar cell manufacturers | Testing and verifying solar cell efficiency | High cost of testing equipment | Utilize SS-ZXR for its cost-effectiveness and high spectral accuracy to reduce overall testing expenses. |
| Space agencies | Testing solar panels in space environments | Need to simulate real space environment spectra | Employ SS-ZXR for its ASTM AM0 compliance, closely simulating the solar spectrum in space for accurate panel testing. |
| Solar testing laboratories | Providing testing services for solar products | Looking for versatile and reliable testing equipment | Implement SS-ZXR for its versatility and reliability in solar product testing, thanks to its broad spectrum range and uniform irradiance. |
| Universities and research institutions | Scientific research and development of new solar technologies | Lack of funds to purchase expensive testing equipment | Leverage SS-ZXR’s long working life and high spectral accuracy to support extended research within budget constraints. |
| Aerospace companies | Testing equipment used in high altitude and space | Need for equipment that highly simulates real conditions | Deploy SS-ZXR for its precise AM0 spectrum simulation, ideal for high-altitude and space equipment testing. |
| Electronic product manufacturers | Testing solar-powered electronic products | Need to simulate various lighting conditions | Use SS-ZXR for its wide spectrum range (300~1800 nm) to test products under various lighting conditions accurately. |
| Environmental monitoring organizations | Testing performance of solar monitoring equipment | Difficulty in testing equipment under different environmental conditions | Employ SS-ZXR to simulate a wide range of environmental conditions for comprehensive performance testing. |
| Energy consulting firms | Providing solar investment analysis for clients | Lack of actual test data to support recommendations | Implement SS-ZXR for detailed performance analysis and testing reports, enhancing investment analysis with solid data. |
Count on the SS-ZXR for precise, reliable, and reproducible results in your photovoltaic research. Join the ranks of satisfied users who trust its expertise for their advanced photodetection technology needs.
Customer Testimonials
Why did they all choose Enlitech SS-ZXR as their solar simulator for space photovoltaic research?
As a leading institution focused on space photovoltaic material research, we have found that the Enlitech SS-ZXR offers unprecedented spectral match, especially within the spectral absorption ranges common to space photovoltaic materials. This allows us to conduct more precise material efficiency evaluations, speeding up the development cycle of new materials." - National Space Research Cente
In our university lab, using the Enlitech SS-ZXR solar simulator for photovoltaic panel testing under space conditions not only significantly lowered our equipment learning curve but also saved us a considerable amount of research funding. Its highly accurate spectral simulation capability has provided us with extremely valuable experimental data."
The Enlitech SS-ZXR is a critical tool for our photovoltaic research under space conditions. It perfectly meets the ASTM requirements for the AM0 spectral standard, helping us simulate the real space spectrum on the ground. This solves the difficulty of simulating space conditions on Earth, which is of great significance to our research and also earns the trust of reviewers when we submit to journals.
As a developer focused on space-grade solar cell, our requirements for testing equipment are very strict. The Enlitech SS-ZXR not only perfectly meets our needs for spectral accuracy but also significantly speeds up our R&D through its efficient performance. This allows us to maintain a leading position in the competitive market." - Solar Exploration Technology Company
Using the Enlitech SS-ZXR, we can conduct comprehensive and accurate testing of space photovoltaic technology, which is crucial for us to quickly verify new technologies and comply with industry standards. It has accelerated our process from the laboratory to commercialization, making it an indispensable research tool for us.
In the space photovoltaic industry, having equipment like the Enlitech SS-ZXR is a game-changer. It not only enhances our ability to test solar cells under harsh conditions but also ensures that our products meet the highest performance standards. Moreover, its cost-effectiveness has solved our funding constraints
Proof
For users of AM0 solar simulators, selecting equipment that meets standards and specification requirements is an important factor in ensuring the effectiveness, compliance, and ultimate success of the product. This not only affects the product development and certification process, but also has a direct impact on the product’s market performance and customer trust.
IV curve
The IV curve of silicon solar cell measured by SS-ZXR at AM0 spectrum.
The Enlitech SS-ZXR, equipped with the KA-6000 and KA-Viewer, can quickly and intelligently scan and detect IV curves, significantly lowering the learning curve for equipment operation, as well as efficiently saving on labor and time costs. The results measured by the Enlitech SS-ZXR are of exceptional accuracy, allowing researchers to precisely grasp the outcomes of each measurement in a very short period of time.
Spectrum Chart
The comparison of SS-ZXR spectrum and AM0 spectrum. Grade A for every wavelength section.
The spectrum provided by xenon lamps is very close to natural sunlight, especially when simulating the AM0 spectral conditions in space without atmospheric filtering. Their ability to cover a wide range from ultraviolet to visible light and even near-infrared is critical for testing solar cells and materials in space applications.
Spectrum Qualification
SS-ZXR is qualified as a class A AM0 simulator by adopting the international regulation of ASTM E927-10. The blue dotted line is the upper limit of the A-grade, and the green dotted line is the lower limit.
The spectra of SS-ZXR all fall within the class A grade of the AM0 spectrum.
Xenon lamp technology has been widely used and proven in the field of solar simulation, with a mature technical foundation and a good reliability record. This means they are a lower-risk option for research institutions and manufacturers
Spatial uniformity evaliation
According to the AM0 simulator regulation, SS-ZXR’s spatial uniformity is within 2% and is qualified as grade A.
Xenon lamp systems can provide a highly stable and uniform light source, which is very important for long-term durability testing and performance evaluation. These characteristics ensure repeatability and reliability of experimental and test results.
Temporal instability evaluation
According to the AM0 simulator regulation, SS-ZXR’s Temporal instability is qualified as grade A.
Xenon lamps have high light output intensity and a wide adjustable range, allowing them to simulate different environmental conditions from low light to high light. This is particularly useful for simulating extreme lighting conditions in space.
Powerful intelligent analysis software
Software Feature
IVS-KA6000 Functions
- Fully automatic current and voltage characteristic measurement / IV curve measurement.
- IV curve multi-overlapped graph display.
- Forward scan, reverse scan, automatic forward and reverse scan measurement.
- Read more: The Most Comprehensive IV Measuring and Analysis Software for Perovskite Solar Cells
KA-Viewer Functions
- Ideal Factor (n) Analysis
- MMF correction
- Temperature coefficient correction
- Read more: KA-Viewer IV Analysis Software
Specification
| Type | Spot Size | Spectrum | Spatial Uniformity | Temporal Stability | Working Distance |
|---|---|---|---|---|---|
| SS-ZXR100 | 100 x 100 mm2 | A | A | A+ | 30 cm |
| SS-ZXR160 | 160 x 160 mm2 | A | A | A | 50 cm |
*All of Enlitech’s solar simulators meet the regulation of GB/T 6494-2017.
| Lighting Direction | Glove Box Integration Location | Customization |
|---|---|---|
| Upward lighting | Integrated with glove box, simulator under the glove box | Fully customizable, tailor-made |
| Downward lighting | Integrated with glove box, simulator above the glove box | Fully customizable, tailor-made |
| Downward lighting | Simulator placed on the desktop | |
| Horizontal lighting | With dedicated bracket |
Compare
with other AM0 solar simulator products on the market.
| Brand | Enlitech | N Brand (USA) | Y Brand (Japan) |
|---|---|---|---|
| Model | SS-ZXR | 9xxxxx | Axx |
| Efficitive Illuminance Area | 100 mm x 100 mm | 4 in. x 4 in. | Φ 100 mm |
| Spectral Match | A | A | A |
| Spatial Uniformity | A | A | B |
| Temporal Stability | A+ | A | A |
| Illuminance Intensity | 1 SUN ± 20% | 1 SUN ± 20% | >1 sun |
| Beam Direction | Up/Down/Right/Left Optional | Downward only | Vertical or Horizontal |
| Spectrum Range | 300 nm – 1800 nm | N/A | 300 nm – 1400 nm |
| Price | Contact us | High | High |
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Our expert team is prepared to assess your application and offer tailored solution designs.
Our expert team is prepared to assess your application and offer tailored solution designs.
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