Calle Shugang 1, No. 3, Town de Hongmei, Ciudad de Dongguan, Provincia de Guangdong, China

Fabricante de cámaras de prueba ambiental con 20 años de experienciaMás de 3000 entregas a clientes en todo el mundo           Correo electrónico: shirley@deruitest.com
Línea directa de consulta global:+86 15580327593

Cámara de simulación solar con control preciso de irradiancia y temperatura de xenón

The DERUI Solar Simulation Chamber provides controlled simulated solar radiation for equipment, components and selected material-exposure programs. The lamp, optical filters, irradiated field, spectrum, irradiance, uniformity and thermal environment are configured from the applicable method and specimen.

Primary Purpose: Solar heating, functional exposure and method-defined radiation weathering
Published Light Source: Xenon-based system with method-specific optical configuration
Primary Reference: IEC 60068-2-5 simulated solar radiation applications; other methods require configuration review
System Selection: Based on spectrum, irradiance, exposed field, uniformity, climate profile and specimen heat load
Payment: L/C, D/P or T/T
Delivery: Confirmed after the optical and chamber configuration is approved

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Simulated Solar Radiation Testing

Controlled Solar Radiation Exposure for Equipment and Components

The DERUI solar simulation chamber exposes equipment, components or materials to a defined simulated solar spectrum while controlling the surrounding thermal environment. It can be configured to investigate solar heating, functional performance and radiation-related degradation under an approved IEC, military, product or customer test plan.

The lamp source, optical filters, irradiated area, spectral distribution, irradiance, uniformity, chamber temperature and specimen monitoring must be selected together. The published product configuration uses a xenon-based radiation system; final performance is confirmed against the exact method and specimen before quotation.

Test ObjectiveSolar heating, functional effects or radiation weathering
Fuente de luzXenon-based published configuration; method-specific optics
ControlIrradiance, chamber conditions and programmed timing
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsMatched to spectrum, field size, specimen and method

Choose the Test Objective Before Choosing the Chamber

Solar heating and operation

Evaluate surface temperature rise, internal temperature, functional stability, display readability, seal behavior and other equipment responses while the specimen receives simulated ground-level solar radiation.

Solar radiation weathering

Investigate radiation-driven degradation such as color change, embrittlement, cracking or loss of performance using the spectral and environmental conditions defined by the applicable method.

Component qualification

Expose outdoor electronics, housings, vehicle components or assemblies under a customer-defined irradiance and temperature sequence while power and function are monitored.

Comparative material screening

Compare materials only when specimen preparation, optical exposure, reference materials and evaluation methods are controlled consistently.

No universal time conversion: chamber hours cannot be converted directly into a fixed number of outdoor months or years. Correlation depends on spectrum, climate, specimen temperature, moisture, orientation, material and failure criterion.

Solar Simulation, Xenon Weathering and PV Flash Testing Are Different

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cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits xenon arc weathering test chamber. cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits probador de envejecimiento acelerado UV.

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DERUI solar simulation chamber for controlled radiation exposure testing
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cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsChamber temperature, humidity or wetting if applicable, timing and transitionsSeparates thermal testing from material-weathering requirements
Specimen loadMass, absorptivity/color, powered heat load, mounting and monitoring channelsAffects specimen temperature and chamber cooling capacity
VerificationField mapping, radiometer calibration, temperature survey and report formatDefines factory acceptance and ongoing laboratory control

Final lamp power, spectrum, irradiance range, uniformity, working volume, temperature, humidity, spray, specimen capacity and utility requirements are stated in the approved technical quotation. Generic values from another chamber configuration should not be used as contractual performance.

Standards and Application Boundaries

ReferenceScopePage application
IEC 60068-2-5:2018Simulated solar radiation at ground level for equipment and components; includes thermal-effect and weathering approachesPrimary reference for configuring a solar radiation chamber when the project cites this method
MIL-STD-810 Method 505Tailored solar radiation exposure for materiel based on the required revision and procedureUse the exact project revision, procedure, cycle and spectrum rather than a generic “MIL compliant” claim
ASTM G155Operation of xenon arc light apparatus for exposure of non-metallic materialsBetter served by a dedicated xenon weathering configuration if material weathering is the main objective
ISO 4892-2Filtered xenon-arc exposure of plastics in the presence of controlled moisture conditionsRequires method-specific filters, irradiance, temperature and wetting rather than a generic solar heating profile
cURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limitsXenon-arc exposure of paints and varnishesUse the coating-specific exposure and evaluation procedure
SAE J2527/J2412Automotive exterior/interior accelerated exposure practicesConfirm the current OEM or SAE procedure and required optical system
PV clarification: IEC 61215 UV preconditioning and photovoltaic performance testing are separate requirements. A solar radiation chamber should not be presented as a universal IEC 61215 or PV flasher solution unless its exact configuration has been reviewed for the specified test.

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  1. Define the objectiveDecide whether the program evaluates solar heating, operation under radiation, material weathering or another defined effect.
  2. Freeze the methodRecord the standard edition, procedure, spectrum, irradiance, field size, cycle and acceptance criteria.
  3. Prepare the specimenDefine orientation, mounting, surface condition, power state, heat dissipation, cable routing and measurement points.
  4. Map the exposure fieldVerify irradiance distribution and sensor traceability over the intended specimen plane before qualification exposure.
  5. Verify thermal responsecURL Too many subrequests by single Worker invocation. To configure this limit, refer to https://developers.cloudflare.com/workers/wrangler/configuration/#limits.
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Aplicaciones típicas

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Materials and coatings

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Repeatability controls

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DERUI provides a one-year whole-machine warranty, lifetime technical consultation, remote video guidance and operator training. Overseas installation can be arranged as a separately quoted service, and spare-parts support is available for up to ten years.

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Why must specimen temperature be monitored?

Radiation absorption depends on surface color, material, airflow and mounting. Specimen temperature can differ substantially from chamber air, so representative surface and internal measurements may be necessary for thermal-effect and functional tests.

What information should be sent to DERUI?

Send the standard and procedure, test objective, spectrum, irradiance, field size, uniformity, climate cycle, specimen dimensions and color, powered heat load, mounting, monitoring channels, utilities and destination country.

Request a Solar Simulation Configuration Review

Send the spectrum, irradiance, exposed area, uniformity, climate profile and specimen information. DERUI will review the lamp, optics, chamber, cooling, monitoring and installation requirements as one system.

  • Method-specific lamp and optical configurations
  • Customized working space, mounting and monitoring ports
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  • Factory mapping, training and technical documentation
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1. P: ¿Qué es una cámara de simulación solar y cómo funciona?
A: Una cámara de simulación solar es una cámara de prueba ambiental que replica la luz solar natural utilizando fuentes de luz de alta intensidad (generalmente lámparas de xenón o haluro metálico) combinadas con filtros ópticos precisos. Genera un haz controlado con una irradiancia específica (por ejemplo, 200-1200 W/m²), espectro (que coincide con la luz solar como AM1.5G), y a menudo integra control de temperatura y humedad. Esto permite a los investigadores acelerar la corrosión de materiales, probar la eficiencia de paneles fotovoltaicos (PV) y validar la durabilidad del producto bajo exposición solar simulada en un entorno de laboratorio.

2. P: ¿Cuál es la diferencia entre un simulador solar y un weatherometer de xenón?
A: Ambos utilizan lámparas de xenón, pero su enfoque principal difiere. Un simulador solar prioriza la coincidencia espectral con la luz solar (por ejemplo, para pruebas de eficiencia fotovoltaica) y a menudo presenta una alta uniformidad en la irradiancia. Un weatherometer de xenón se centra en el envejecimiento acelerado y la degradación de materiales, enfatizando típicamente un control preciso de los ciclos de luz, temperatura y humedad según estándares como ASTM G155. Muchos cámaras avanzadas, como algunas de Derui, combinan ambas capacidades para pruebas integrales.

3. P: ¿Con qué estándares cumplen las cámaras de simulación solar?
A: Las cámaras de buena reputación cumplen con estándares internacionales clave. Para pruebas fotovoltaicas, IEC 60904-9 define el rendimiento del simulador solar (por ejemplo, clasificación de coincidencia espectral A, B, C). Para la intemperie de materiales, los estándares incluyen ASTM G155 (exposición con arco de xenón) y ISO 4892-2. Para pruebas automotrices, SAE J2412 y J2527 son comunes. Siempre verifique que la cámara cumpla con los estándares específicos requeridos para su industria y necesidades de certificación.

4. P: ¿Cuáles son las principales aplicaciones de una cámara de prueba de simulación solar?
A: Las aplicaciones clave incluyen: 1) Fotovoltaica: Prueba de la salida de energía de paneles solares (trazado de la curva I-V), durabilidad y rendimiento a largo plazo. 2) Automoción: Evaluación de la pérdida de color, agrietamiento de materiales y fiabilidad de componentes para interiores y exteriores. 3) Aeroespacial: Prueba de materiales y sensores bajo condiciones extremas de vacío solar y térmico. 4) Ciencia de Materiales: Estudio de la intemperie de polímeros, recubrimientos, textiles y plásticos.

5. P: ¿Cómo eliges entre un simulador solar en estado estacionario y uno pulsado?
A: Elige según el tipo de prueba. A simulador solar en estado estacionario proporciona luz continua y estable, ideal para pruebas de exposición a largo plazo (por ejemplo, clasificación de módulos fotovoltaicos, envejecimiento de materiales). A simulador solar pulsado emite destellos cortos y de alta intensidad, perfecto para pruebas rápidas y sin contacto de células solares (por ejemplo, en líneas de producción) ya que minimiza los efectos de calentamiento. Algunas cámaras avanzadas ofrecen ambos modos para mayor flexibilidad.

6. P: ¿Qué especificaciones clave debo verificar al comprar una cámara de simulación solar?
A: Especificaciones críticas incluyen: 1) Coincidencia espectral (Clase A es la mejor para PV). 2) Uniformidad de la irradiancia (alta uniformidad asegura pruebas consistentes). 3) Rango y ajustabilidad de la irradiancia (por ejemplo, 200-1200 W/m²). 4) Tamaño de la Cámara / Área de Prueba. 5) Control Ambiental Integrado (rango de temperatura, control de humedad). 6) Cumplimiento con Normas relevantes para su campo.

7. P: ¿Puede una cámara de simulación solar simular diferentes condiciones de luz solar global?
A: Sí, las cámaras avanzadas pueden simular diversos espectros mediante el uso de diferentes filtros ópticos. El más común es AM1.5G, que representa la luz solar en la superficie de la Tierra (utilizado para pruebas fotovoltaicas). Otros incluyen AM0 (espectro del espacio exterior para aeroespacial) y AM1.5D (luz solar directa para concentradores fotovoltaicos). Asegúrese de que el sistema de filtros de la cámara pueda configurarse para el espectro específico que requiere su prueba.

8. P: ¿Cómo mantiene y calibra una cámara de simulación solar?
A: El mantenimiento regular incluye: limpiar los filtros ópticos y la carcasa de las lámparas, verificar y reemplazar las lámparas de xenón según sea necesario (vida útil típica de 1000-2000 horas), verificar la precisión de los sensores y asegurar que los sistemas de enfriamiento funcionen. La calibración anual por un técnico cualificado es crucial para mantener la precisión espectral, los niveles de irradiancia y la uniformidad de temperatura según normas como ISO/IEC 17025.

9. P: ¿Cuál es el rango de precios típico para una cámara de simulación solar?
A: Los precios varían ampliamente según las especificaciones. Las unidades básicas de mesa comienzan alrededor de $25,000, las cámaras de estado estable con todas las funciones para I+D oscilan entre $40,000 - $100,000+, y los sistemas grandes y personalizados con controles ambientales avanzados pueden superar $150,000. Considere el costo total de propiedad, incluyendo el reemplazo de lámparas, mantenimiento y servicios de calibración.

10. P: ¿Por qué es importante la coincidencia espectral en un simulador solar para pruebas de PV?
A: Las células solares responden de manera diferente a varias longitudes de onda de la luz. A coincidencia espectral precisa (especialmente Clase A según IEC 60904-9) asegura que la luz del simulador imite de cerca la luz solar real en todas las longitudes de onda. Esto es fundamental para obtener mediciones precisas y repetibles de la eficiencia, la potencia y el rendimiento de un módulo fotovoltaico, evitando errores costosos en la certificación del producto o en datos de I+D.

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