Envisys Solar Panel & PV Module Test Chamber

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The Envisys ET-Series Solar Panel Test Chamber is engineered to rigorously evaluate the durability and performance of photovoltaic (PV) modules under a range of extreme environmental conditions. Designed in accordance with global standards like IEC 61215, IEC 61730, and IEC 61646, this chamber allows manufacturers and research labs to simulate years of exposure to heat, cold, humidity, and thermal cycling in a tightly controlled environment. Its robust construction, precise PID-based control system, and programmable user interface make it an ideal solution for validating the reliability and lifecycle performance of solar panels and related components.

With customizable chamber sizes and user-defined test profiles, the ET-Series chamber provides unmatched flexibility for R&D and quality assurance teams. It supports a variety of stress tests including temperature cycling, damp heat, humidity freeze, and dry heatโ€”ensuring compliance with stringent industry benchmarks. Whether you’re validating a new PV design or running batch-level production tests, the Envisys solar panel chamber delivers consistent, repeatable results that accelerate certification timelines and build long-term confidence in your products.

SKU: solar_panel_test_chamber Categories: , , ,

Description

  • Designed for testing photovoltaic (PV) modules and solar panels
  • Complies with IEC 61215, IEC 61730, IEC 61646 testing standards
  • Simulates temperature cycling, damp heat, humidity freeze, and dry heat
  • Touchscreen control panel with programmable test profiles
  • Microprocessor-based PID controller for precise temp and humidity control
  • Uniform temperature conduction via ceramic rope heaters and aluminum foil
  • Constructed from corrosion-resistant, glass-fiber reinforced non-metallic body
  • Available in a range of chamber sizes and configurations
  • Maintenance-free components and easy access design
  • Ideal for solar R&D, QA/QC labs, and IEC certification workflows
  • Control System: Microprocessor-based PID controller with single set point
  • Programmability: Touchscreen interface with user-defined cyclic programs
  • Test Modes: Dry heat, damp heat, thermal cycling, humidity freeze
  • Timer Events: Minimum of 5 programmable alarm/timer events
  • Construction: Single-block, glass-fiber reinforced non-metallic body
  • Heater Type: Low-density ceramic rope-heaters bonded with aluminum foil
  • Air Saturation: Regulated humidity/saturation tower with fine-fog atomizer
  • Door System: Pneumatic-guided automatic door opening
  • Compliance: IEC 61215, IEC 61730, IEC 61646 standards
  • Applications: Photovoltaic R&D, product validation, quality control testing
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