Derui Solar Simulation Chamber | Precision Sunlight Testing

Derui Solar Simulation Chamber: Precision Testing for Lasting Performance

Experience unmatched accuracy and reliability with the Derui Solar Simulation Chamber—designed to replicate real-world sunlight conditions for precise, repeatable testing. Whether you’re evaluating photovoltaic modules, materials, or components, our advanced sun simulation test chamber ensures your products meet the highest standards of durability and performance over time.

Built for the demands of modern testing, the Derui chamber helps extend product longevity by exposing samples to controlled solar radiation, temperature, and environmental conditions. This means you get trustworthy results that drive smarter design decisions and reduce costly field failures.

Unlock the power of accurate solar exposure testing with Derui—where precision meets lasting quality.

Product Overview: Advanced Solar Simulation Chamber Technology

Our Derui Solar Simulation Chamber brings cutting-edge technology to your testing needs. Designed to replicate real-world sunlight conditions, this chamber uses high-intensity xenon lamps and precise control systems to simulate solar radiation, UV exposure, temperature, and humidity all in one compact unit.

It’s perfect for a wide range of core applications like testing photovoltaic (PV) modules, evaluating automotive materials, conducting aerospace durability tests, and accelerating weathering studies in materials science. Whether you need steady-state solar simulators for consistent irradiance or pulsed solar simulators for dynamic testing, Derui delivers reliable performance tailored to your project.

What sets the Derui Solar Simulation Chamber apart is its modular design, user-friendly control interface, and stringent compliance with global testing standards. These features ensure consistent, repeatable results, helping you improve product quality and longevity with confidence.

Key Features and Technical Specifications

Our Derui Solar Simulation Chamber is built for accuracy and durability, designed to meet the toughest testing needs with flexible control and reliable performance.

Feature	Specification	Highlights
Irradiance Range	200 – 1200 W/m²	Adjustable to simulate real sunlight levels
Light Source	Xenon lamp / Metal halide options	Stable, long-life lamps for consistent output
Temperature Range	-40°C to 85°C	Wide range for thermal stress testing
Humidity Control	10% – 95% RH	Precise humidity settings for material testing
Vacuum Capability	Down to 10⁻³ Torr	Suitable for thermal vacuum solar testing
Simulation Modes	Steady-state & pulsed solar simulator	Covers different PV testing requirements
Control Interface	Touchscreen + Remote access	User-friendly with real-time monitoring
Compliance Standards	IEC 60904, ASTM E903, ISO 9847	Meets global solar testing norms

Key Feature Highlights:

Dual light source options for tailored testing.
Advanced humidity and temperature control for reliable environmental simulation.
Vacuum environment ideal for space and aerospace solar tests.
Smart control system for easy operation and precise data logging.
Meets all major solar exposure testing equipment standards, ensuring test results you can trust.

This mix of features makes the Derui Solar Simulation Chamber perfect for simulating the full range of sunlight and environmental conditions encountered in the U.S. market.

Applications and Industry Use Cases

“Our Derui Solar Simulation Chamber, a specialized form of Environmental test chamber, fits perfectly across several industries...”

Photovoltaics: Test solar panels and photovoltaic (PV) modules for performance and durability using our PV performance tester setup. Leading solar manufacturers rely on us to replicate real-world solar radiation, speeding up R&D and quality checks.
Automotive: Auto companies use our solar radiation test chamber to measure how vehicle coatings, interiors, and components hold up under sunlight exposure. It’s key for UV aging test chambers that make sure cars withstand heat and light over time.
Aerospace: Aerospace engineers simulate harsh sunlight and thermal vacuum solar system conditions to test materials and components in environments like outer space. The steady-state solar simulator capabilities help in accurate stress testing.
Materials Science: Researchers study polymers, coatings, and composites under accelerated weathering simulator conditions. Our xenon lamp weatherometer simulates years of sun exposure within days, revealing how materials age.

Real-world users praise the Derui solar simulator chamber for speeding testing, improving accuracy, and cutting costs. One leading solar panel lab called it “essential for reliable product development,” while an aerospace manufacturer noted, “it’s the backbone of our material qualification process.” Whatever your field, our chamber adapts to your testing needs with precision and reliability.

Compliance and Testing Standards

Our Derui Solar Simulation Chamber meets all key global testing standards, ensuring you get reliable, repeatable results every time. The chamber is fully compliant with major industry norms such as IEC 60904 for photovoltaic testing, ASTM G155 for accelerated weathering, and ISO 10993 for material exposure. This means your solar radiation test chamber aligns with US and international protocols, giving you confidence in product validation.

We carry certification badges from recognized bodies, highlighting our commitment to quality and safety. These include UL certification, CE marking, and RoHS compliance, which confirm that the chamber is built to meet stringent environmental and safety guidelines.

To make compliance easy, downloadable resources like calibration certificates, test protocols, and verification reports are available with every unit. These documents support your audit and validation processes, so your team stays ahead of regulatory requirements without the headache.

With Derui, you’re not just purchasing a solar simulator chamber—you’re investing in a tool that helps you verify your products against the toughest standards in the industry.

Customization and Accessories for Solar Simulation Chambers

Our Derui solar simulation chambers are built to fit your exact testing needs. Whether you need a compact model or a larger setup, our sizing options make it easy to choose the perfect chamber for your lab or production line.

Modular Add-Ons

Extended wavelength ranges: Add UV or infrared lighting modules for broader testing.
Vacuum and humidity control: Precisely simulate different environments with optional vacuum or humidity accessories.
Cooling systems: Keep your samples stable with integrated cooling units for high-temperature testing.

Accessory Options

Photovoltaic module holders: Secure your solar panels or cells for accurate PV performance testing.
Data acquisition kits: Upgrade your chamber with real-time monitoring tools for better test tracking.
Software packages: Customize control interfaces to automate cycles or integrate with lab systems easily.

We designed our customization options to give you full control and flexibility with your solar radiation test chamber. Need help choosing the right setup? Our team is ready to guide you through the sizing and accessories that best fit your testing goals.

Installation, Operation, and Maintenance

Setting up your Derui Solar Simulation Chamber is straightforward. We provide a clear step-by-step guide in the user manual to get you up and running quickly. The installation process covers positioning the chamber, connecting power and data lines, and calibrating the solar simulator for accurate testing.

Operating the chamber is user-friendly, thanks to an intuitive control interface. You can easily adjust irradiance, temperature, humidity, and vacuum settings to match your specific testing needs. Our software also offers preset test profiles for common solar exposure scenarios, speeding up your workflow.

Maintenance is simple but essential to keep the solar radiation test chamber performing at its best. We recommend routine checks including:

Cleaning xenon lamps and optical components
Inspecting seals and vacuum system integrity
Verifying sensor accuracy and calibration
Following the preventive maintenance schedule provided in the manual

Regular upkeep ensures long-term reliability and accurate test results, helping your products meet durability and performance standards. If you need help, our customer support is ready to assist with troubleshooting and maintenance tips.

Quality Assurance and Warranty

At Derui, quality isn’t just a buzzword—it’s built into every solar simulation chamber we make. Our manufacturing process uses top-grade materials and precision engineering to ensure reliable, long-lasting performance you can count on. Each unit undergoes thorough testing to meet strict solar exposure testing equipment standards, so you get consistent, accurate results every time.

We back our products with a solid warranty that covers key parts and workmanship, giving you peace of mind for your investment. Plus, our performance metrics are transparent and easy to access, showing you how the chamber meets or exceeds industry benchmarks for irradiance stability, temperature control, and environmental simulation.

In short, when you choose a Derui solar simulator chamber, you’re getting proven quality, dependable durability, and support that keeps your testing running smoothly.

Pricing and Purchasing Options

We offer flexible pricing tiers to fit different budgets and project sizes. Whether you need a basic solar simulator chamber or a fully customized sun simulation test chamber, we have options that work.

Package	Features	Price Range
Standard	Core solar radiation test chamber features	$25,000 – $40,000
Advanced	Includes UV aging test chamber and control upgrades	$40,000 – $65,000
Custom	Tailored configurations with modular add-ons	Contact for quote

Financing Options

Flexible payment plans available for U.S. customers
Lease-to-own programs to ease upfront costs
Financing tailored to business size and credit

Custom Pricing

For unique setups or large-scale projects, reach out to us directly. We’ll work with you to design a solar simulator chamber that fits both your needs and your budget.

Contact us today for a personalized quote or to learn more about our tiered pricing and financing options.

Customer Support and Resources

We’re here to make your experience with the Derui Solar Simulation Chamber smooth and hassle-free. Our dedicated support team is ready to help through phone, email, or live chat whenever you need assistance.

You’ll find plenty of resources on our website, including easy-to-follow tutorials and detailed FAQs that cover setup, operation, and troubleshooting. For customers focused on ROI, we offer tools to help you calculate cost savings and efficiency gains from using our solar simulator chambers.

Don’t just take our word for it—check out customer testimonials from businesses across photovoltaics, aerospace, and materials science. They highlight how our chambers have boosted testing accuracy and product reliability.

Whether you’re new to solar simulation testing or upgrading your lab, we’re committed to supporting you every step of the way.

Ready to Upgrade Your Testing?

Explore our full range of solar simulation chambers and related environmental testing equipment designed to fit your needs. Whether you’re looking for a steady-state solar simulator, pulsed solar simulator, or a UV aging test chamber, we’ve got reliable options built for accurate results and long-term durability.

Have questions or want a custom solution? Contact our experts today for a free consultation and see how Derui can help boost your product testing and quality assurance.

Related Products:

Xenon Lamp Weatherometer
Photovoltaic Module Tester
Solar Radiation Test Chamber
Thermal Vacuum Solar System

Get in touch now — your next-level solar testing starts here!

1. Q: What is a solar simulation chamber and how does it work?
A: A solar simulation chamber is an environmental test chamber that replicates natural sunlight using high-intensity light sources (typically xenon or metal halide lamps) combined with precise optical filters. It generates a controlled beam with specific irradiance (e.g., 200-1200 W/m²), spectrum (matching sunlight like AM1.5G), and often integrates temperature and humidity control. This allows researchers to accelerate material weathering, test photovoltaic (PV) panel efficiency, and validate product durability under simulated solar exposure in a lab setting.

2. Q: What is the difference between a solar simulator and a xenon weatherometer?
A: Both use xenon lamps, but their primary focus differs. A solar simulator prioritizes spectral match to sunlight (e.g., for PV efficiency testing) and often features high irradiance uniformity. A xenon weatherometer focuses on accelerated weathering and material degradation, typically emphasizing precise control of light, temperature, and moisture cycles per standards like ASTM G155. Many advanced chambers, like some from Derui, combine both capabilities for comprehensive testing.

3. Q: What standards do solar simulation chambers comply with?
A: Reputable chambers comply with key international standards. For photovoltaic testing, IEC 60904-9 defines solar simulator performance (e.g., spectral match classification A, B, C). For material weathering, standards include ASTM G155 (xenon arc exposure) and ISO 4892-2. For automotive testing, SAE J2412 and J2527 are common. Always verify that the chamber meets the specific standards required for your industry and certification needs.

4. Q: What are the main applications of a solar simulation test chamber?
A: Key applications include: 1) Photovoltaics: Testing solar panel power output (I-V curve tracing), durability, and long-term performance. 2) Automotive: Evaluating color fade, material cracking, and component reliability for interiors and exteriors. 3) Aerospace: Testing materials and sensors under extreme solar and thermal vacuum conditions. 4) Materials Science: Studying the weathering of polymers, coatings, textiles, and plastics.

5. Q: How do you choose between a steady-state and a pulsed solar simulator?
A: Choose based on your test type. A steady-state solar simulator provides continuous, stable light ideal for long-term exposure tests (e.g., PV module rating, material weathering). A pulsed solar simulator emits short, high-intensity flashes, perfect for high-speed, non-contact testing of solar cells (e.g., in production lines) as it minimizes heating effects. Some advanced chambers offer both modes for flexibility.

6. Q: What key specifications should I check when buying a solar simulation chamber?
A: Critical specs include: 1) Spectral Match (Class A is best for PV). 2) Irradiance Uniformity (high uniformity ensures consistent testing). 3) Irradiance Range & Adjustability (e.g., 200-1200 W/m²). 4) Chamber Size / Test Area. 5) Integrated Environmental Control (temperature range, humidity control). 6) Compliance with Standards relevant to your field.

7. Q: Can a solar simulation chamber simulate different global sunlight conditions?
A: Yes, advanced chambers can simulate various spectra by using different optical filters. The most common is AM1.5G, representing sunlight at the Earth's surface (used for PV testing). Others include AM0 (outer space spectrum for aerospace) and AM1.5D (direct sunlight for concentrator PV). Ensure the chamber's filter system can be configured for the specific spectrum your testing requires.

8. Q: How do you maintain and calibrate a solar simulation chamber?
A: Regular maintenance includes: cleaning the optical filters and lamp housing, checking and replacing xenon lamps as needed (typical lifespan 1000-2000 hours), verifying sensor accuracy, and ensuring cooling systems function. Annual calibration by a qualified technician is crucial to maintain spectral accuracy, irradiance levels, and temperature uniformity per standards like ISO/IEC 17025.

9. Q: What is the typical price range for a solar simulation chamber?
A: Prices vary widely based on specs. Basic benchtop units start around $25,000, full-featured steady-state chambers for R&D range $40,000 - $100,000+, and large, custom systems with advanced environmental controls can exceed $150,000. Consider total cost of ownership, including lamp replacement, maintenance, and calibration services.

10. Q: Why is spectral match important in a solar simulator for PV testing?
A: Solar cells respond differently to various light wavelengths. A precise spectral match (especially Class A per IEC 60904-9) ensures the simulator's light closely mimics real sunlight across all wavelengths. This is critical for obtaining accurate and repeatable measurements of a PV module's efficiency, power rating, and performance, preventing costly errors in product certification or R&D data.