Solar Simulator Tester
The Solar Simulator is a brand-new solar energy simulator that provides a completely new solar energy experience. It features highly realistic sunlight simulation, accurately mimicking the intensity and angle of sunlight at different times and seasons. Through the BBA Solar Simulator, users can experience the warmth and comfort of real sunlight.
Applications
This BBA device provides an environment close to natural sunlight. The purpose of the solar simulator is to provide a controllable indoor experimental facility for testing solar photovoltaic modules. The AAA-grade large-area steady-state solar simulator is primarily used for testing large-area photovoltaic modules, and can perform tests including maximum power testing, temperature coefficient measurement, performance under low irradiance, hot spot durability testing, and photoaging testing.
Standards
IEC 61215: Terrestrial Photovoltaic (PV) Modules – Design Qualification and Type Approval
IEC 61646: Thin-Film Terrestrial Photovoltaic (PV) Modules – Design Qualification and Type Approval
ISO 9060: Solar Energy – Classification of Pyranometers
UL 1703: Safety Standard for Photovoltaic Modules
CE Certification (Conformité Européenne)
Features
BBA-Grade Performance
Class B Spectral Matching: Ensures AM1.5G compliance for accurate energy rating.
Grade B Irradiance Uniformity: <5% deviation across 2.0m × 1.0m test area.
Multi-Mode Testing
STC/NOCT/Hotspot Simulation: Replicates standard test conditions, nominal operating cell temperature, and thermal runaway scenarios.
1.000 W/m² Tuneability: Adjustable irradiance for low-light performance mapping.
Stability First
Class A Transient Stability: <2% flicker during pulsed load testing.
Metal Halide Lamp Longevity: 5.000-hour lifespan with <10% lumen depreciation.
Smart Control
AI-Powered Irradiance Correction: Compensates for lamp aging in real-time.
Remote Calibration: Wi-Fi/Ethernet connectivity for ISO 17025 compliance.
Safety First
UV Filter: Blocks harmful UVC radiation during operator access.
Emergency Shutoff: Dual redundant safety circuits with GPS-enabled alerts.
Technical Parameters
|
Parameter |
Specification |
|
Irradiance Range |
200–1.200 W/m² (AM1.5G filtered) |
|
Spectral Matching |
Class B (IEC 60904-9) |
|
Uniformity |
Grade B (<5% deviation) |
|
Stability |
Class A (<2% transient flicker) |
|
Lamp Type |
Metal Halide (400 nm–1.100 nm output) |
|
Test Area |
2.000mm (W) × 1.000mm (D) |
|
Power Supply |
380V/415V 3-phase, 50/60Hz |
|
Dimensions |
2.500mm (W) × 1.500mm (D) × 2.200mm (H) |
|
Weight |
1.800 kg (net) / 2.500 kg (gross) |
Accessories
Testing Kit:
4x PV module test fixtures (adjustable for frameless/framed modules).
10x Type T thermocouples with ceramic insulation.
Software Suite:
License key forSolarSim Pro(Windows/Linux).
1-year free access to cloud-based PV simulation tools.
Calibration & Safety:
NIST-traceable irradiance meter.
UV safety goggles (Class 1. 3 pairs).
Maintenance Kit:
Spare metal halide lamps and igniters.
Lamp cleaning solution (non-corrosive).
Documentation:
Multilingual quick-start guide (printed + digital).
Compliance certificates for IEC/UL/ISO standards.
Test Procedures
Install PV module securely on the test fixture.
Select appropriate irradiance level and test mode (STC/NOCT/Hotspot).
Configure robotic arm for IV curve tracing and EL imaging positions.
Initiate solar simulator sequence and monitor irradiance, uniformity, and temperature.
Record electrical performance data and export for analysis or certification reporting.
Perform post-test inspection for module integrity and hotspot evaluation.
Maintenance Information
Inspect lamp housings, optical components, and robotic arm before each test session.
Clean lamps, reflectors, and test area to maintain spectral uniformity.
Replace metal halide lamps and igniters periodically according to operating hours.
Verify irradiance calibration with NIST-traceable meter regularly.
Ensure all safety interlocks and UV filters are functional before operation.
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