PV Modules Solar Panels Testing Chambers

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PV Modules Solar Panels Testing Chambers Specification

Controlling System
PLC Based with Touch Screen (HMI)

Humidity Range
20% RH to 98% RH

Temperature Range
-40°C to +85°C

Door Type
Double Walled, Gasket Sealed

Observation Window
Double Layer Tempered Glass

Insulation
High-Density PUF Insulation

Panel Size Compatibility
Suitable for various PV module dimensions

Application
Photovoltaic Module Testing

Product Type
PV Modules Solar Panels Testing Chambers

Heating System
Nichrome Wire Heaters

Data Logging
Inbuilt Data Logger with USB Export

Cooling System
Hermetically Sealed Compressors

Material
Stainless Steel (Inner Chamber), Powder Coated GI (Outer Chamber)

Power Supply
AC 230V/415V, 50 Hz

Alarm System
Audio Visual Alarm for Set Parameter Deviation

Mobility
Heavy Duty Castor Wheels

Interior Lighting
LED Illumination

Safety Features
Over Temperature Protection, Over Current Protection

Test Compliances
IEC 61215, IEC 61730, IEC 61701 standards

About PV Modules Solar Panels Testing Chambers

PV Modules Solar Panels Testing Chambers are advanced enclosures designed to simulate real-world environmental conditions for reliable solar panel testing. These chambers support IEC and UL compliance, ensuring performance, safety, and durability standards. Featuring precise temperature, humidity, and UV control, they test for thermal cycling, damp heat, and UV degradation. Built with robust insulation and customizable configurations, they suit various module sizes and test needs. Ideal for R&D labs and manufacturing quality assurance, these chambers deliver consistent, repeatable testing conditions, helping manufacturers enhance product quality and lifespan under the most demanding operational scenarios.

Advanced Environmental Simulation

The chambers provide exceptional control over temperature and humidity, simulating diverse environmental conditions for accurate PV module reliability testing. Hermetically sealed compressors, high-density PUF insulation, and Nichrome wire heaters work together to maintain stable and uniform test settings, meeting international testing standards.

User-Friendly Operation and Safety

An intuitive PLC-based touch screen (HMI) system enables easy parameter adjustment and real-time monitoring. Safety is prioritized through over-temperature and over-current protection, audio-visual alarms for parameter deviations, and an observation window with double-layer tempered glass for safe, direct viewing.

Flexible and Compatible Design

These testing chambers accommodate various PV module dimensions, suited for differing industry requirements. Heavy-duty castor wheels enhance mobility, and the chambers' robust construction ensures long-lasting performance in manufacturing, testing, and service environments.

FAQ's of PV Modules Solar Panels Testing Chambers:

Q: How does the double-walled, gasket-sealed door design enhance the testing chamber's performance?

A: The double-walled, gasket-sealed doors offer superior insulation and ensure a tight seal, minimizing temperature and humidity fluctuations during tests. This design maintains a controlled environment, essential for the accurate evaluation of PV modules.

Q: What is the process for testing photovoltaic modules in these chambers?

A: Photovoltaic modules are placed within the chamber, where environmental parameters such as temperature and humidity are set according to test requirements. The PLC-based touch screen allows users to monitor and adjust conditions, while data logging captures all relevant data for IEC-compliant testing processes.

Q: When should manufacturers utilize these PV modules testing chambers?

A: Manufacturers and service providers should use these chambers during product development, quality assurance, and certification processes requiring compliance with IEC 61215, 61730, and 61701 standards. It is also essential for periodic reliability and durability testing.

Q: Where can these testing chambers be installed and used?

A: Our testing chambers are suitable for installation in manufacturing plants, research laboratories, and third-party testing facilities throughout India. Their design, including heavy-duty wheels, ensures easy mobility within various operational settings.

Q: What are the main benefits of using LED illumination and observation windows during tests?

A: LED illumination provides clear visibility inside the chamber without affecting test conditions, while the double-layer tempered glass observation window allows safe, direct observation of PV modules, ensuring operational safety and convenience.

Q: How does the inbuilt data logger with USB export assist users?

A: The inbuilt data logger records all environmental parameters during tests and allows users to export this data via USB. This feature simplifies tracking, reporting, and compliance documentation for audits and certifications.

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