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Photovoltaics Test Equipment

Photovoltaics Test Equipment

PV Module Reliability & Extreme Climatic Simulation Systems

Solar PV environmental lifetime aging test solutions designed to replicate Damp Heat (85°C/85% RH), Thermal Cycling, Humidity Freeze, PID (Potential Induced Degradation), and UV Aging stress profiles. Engineered to help PV manufacturers pass IEC 61215, IEC 61730, UL 1703 certification — ensuring 25+ years of outdoor performance against extreme sandstorms, ice, snow, heat, and humidity.

CE ISO 9001 ISO 17025 (CNAS) UL CSA IEC 61215 Test-Ready
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Certified & Compliant — Global PV Supply Chain Access

Our equipment is designed, manufactured, and calibrated to meet the most rigorous PV industry standards. From CE to UL/CSA, from ISO 9001 to CNAS (ISO 17025) accredited in-house calibration — we provide complete documentation to support your IEC certification audits and customer quality requirements.

CE EU Market Access
ISO 9001 Quality Management
ISO 17025 (CNAS) Traceable Calibration
UL North American Safety
CSA Canadian Compliance
IEC 61215 PV Module Qualification
Industry Insight: Global PV buyers and certification bodies increasingly require sub-suppliers to provide ISO 17025 (CNAS) traceable calibration certificates. Our in-house accredited lab ensures your PV test data is unconditionally accepted for IEC 61215, IEC 61730, and UL 1703 certification audits.

Why PV Modules Must Undergo Rigorous Climatic Simulation Testing?

PV modules are deployed in some of the harshest environments on Earth — from scorching deserts with 85°C+ surface temperatures to freezing alpine regions with heavy snow loads. Without comprehensive environmental testing, modules are vulnerable to:

  • Damp Heat (85°C/85% RH) — accelerating corrosion, delamination, and junction box failure.
  • Thermal Cycling — inducing solder joint fatigue, cell cracking, and interconnection failures.
  • Humidity Freeze — causing moisture ingress, frost damage, and insulation degradation.
  • PID (Potential Induced Degradation) — leading to significant power loss in high-voltage systems.
  • UV Aging — degrading backsheets, encapsulants, and sealing materials.

Our test equipment helps you identify these failure modes before mass production — ensuring your modules deliver 25+ years of reliable energy output and pass the stringent requirements of global PV buyers and certification bodies.

28+ Years Experience

Environmental & mechanical testing since 1997

Global Accreditations

CE · ISO 9001 · CNAS · UL · CSA · IEC

CNAS-Accredited Lab

In-house calibration traceable to international standards

UL/CSA Design-Ready

North American electrical safety compliance

Global Logistics

Sea/air freight + on-site commissioning

12-Month Warranty

Lifetime remote technical support

Core Solutions: IEC-Compliant PV Aging Test Systems

Comprehensive reliability validation for PV modules — from individual cells to complete solar panels, all equipment complies with international photovoltaic standards.

 

Damp Heat & Temperature Humidity Chambers

IEC 61215 · IEC 61730 · UL 1703

Simulate 85°C/85% RH damp heat, thermal cycling, and humidity freeze profiles — the core test sequences for PV module qualification.

Certified: CE · UL/CSA configs · CNAS calibration
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UV Aging Chambers

IEC 61215 · ASTM G154

Accelerated UV radiation testing for PV backsheets, encapsulants (EVA/POE), and sealing materials — preventing yellowing, cracking, and delamination.

Certified: CNAS-accredited calibration
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PID Test Systems

Potential Induced Degradation

Simulate high-voltage stress to evaluate PID susceptibility — critical for maximizing PV module performance in utility-scale systems.

Certified: UL/CSA electrical · CNAS verification
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Thermal Shock & Cycling Chambers

IEC 61215 Thermal Cycling

Two-zone & three-zone designs with ≤10s transfer time — validating solder joints, cell interconnects, and junction box durability.

Certified: UL/CSA electrical · CNAS performance verification
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Salt Spray & Corrosion Chambers

IEC 61730 · ASTM B117

Validate corrosion resistance of PV module frames, junction boxes, and connectors for coastal and desert installations.

Certified: UL/CSA controls · CNAS traceable calibration
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IP & Sand/Dust Test Chambers

IEC 60529 · UL 1703

Sand & dust (IP5X/IP6X) and water spray (IPX1~IPX8) testing — validating seals of PV junction boxes, connectors, and outdoor enclosures.

Certified: UL/CSA components · CE · CNAS calibration
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PV Industry Core Standards

Our equipment fully covers the following international and industry-specific standards — ensuring your test results are accepted by global PV buyers, certification bodies, and utility-scale project developers.

IEC 61215
IEC 61730
UL 1703
IEC 60068
ASTM B117 / G154
ISO 9227 / 4892
IEC 60529 (IP)
SAE J2020

How We Deliver — From Order to Operation

Seamless commissioning by our Global Application Engineering team — ensuring your equipment is operational in your lab with minimal downtime.

1

Project Engineering

Customized to your test standards and sample requirements

2

Factory Acceptance

Pre-tested with your profiles before shipping

3

Global Logistics

Export packaging, sea/air freight, customs clearance

4

On-Site Commissioning

IQ/OQ/PQ documentation & training.
Engineers hold EU & North American visas.

5

Lifetime Support

12-month warranty + remote diagnostics & calibration guidance

Frequently Asked Questions — PV & Solar Energy Buyers

How do I choose the right equipment for my specific PV testing standard?
We start by reviewing your target standards — IEC 61215, IEC 61730, UL 1703, or customer-specific requirements (e.g., 85°C/85% RH damp heat, thermal cycling from -40°C to +85°C, or UV aging exposure). Our application engineers map your test profiles to chamber specifications and provide a documented compliance matrix. For North American projects, we design with UL/CSA components; for European labs, CE is standard. All chambers are factory-calibrated to CNAS (ISO 17025) traceable procedures.
Can you customize equipment for specific PV module sizes or stress profiles?
Yes. We have engineered custom solutions for leading PV module manufacturers — including custom walk-in dimensions for large-format modules (2.5m+), custom ramp rates for thermal cycling profiles, and multi-zone independent controls for simultaneous testing of multiple modules. Share your specific requirements and we will propose a tailored solution.
What regions do your installation and calibration services cover?
Our Global Application Engineering team holds EU and North American visas and has completed projects for PV customers in Germany, Spain, the US, Mexico, India, Singapore, the UAE, and China. We provide on-site IQ/OQ/PQ documentation and offer annual calibration services using CNAS-accredited reference standards.
Do your chambers meet UL / CSA safety standards for North American PV projects?
Yes — we can design and build chambers with UL/CSA-recognized electrical components and wiring practices. Our engineering team is familiar with North American electrical codes and can provide documentation to support your site safety inspection. Specify UL/CSA compliance at the quoting stage for seamless integration.
How do you support IEC 61215 / IEC 61730 certification requirements?
Every chamber ships with a factory calibration certificate traceable to CNAS (ISO 17025) standards. For customers requiring independent verification for IEC certification audits, we can arrange third-party calibration or provide full documentation support, including temperature uniformity mapping and humidity stability reports.
What is your warranty policy?
All ASLI equipment comes with a 12-month warranty covering parts and labor for manufacturing defects. After the warranty period, we offer extended service agreements and lifetime remote technical support — including diagnostics, spare parts sourcing, and software updates.
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