Quick answer: The XJCM-13A2615 is a solar module IV tester built for full-size module flash testing. It works to IEC 60904 measurement conditions, handles module lines from 5 MW to 1 GW, and covers modules up to about 1,200 W with a 1,000 W/m2 irradiance class. IV testing measures the module's actual current-voltage curve and derives short-circuit current, open-circuit voltage, maximum power and fill factor. Those numbers, not the label on the module, decide how the unit is graded and sold. Measurement accuracy depends as much on the simulator class and the four-wire sensing as on the tester electronics, which is why the whole station is specified together rather than by buying the instrument alone.
PV Module Manufacturing · by Jerry, Ooitech
Product Introduction
The XJCM-13A2615 Solar Module IV Tester represents the pinnacle of solar module testing technology, specifically engineered for high-efficiency solar modules including PERC, HJT, N-type, IBC, and TopCon technologies. This advanced testing system from Ooitech delivers unparalleled accuracy with its A+A+A+ classification according to the latest IEC 60904-9:2020 international standards.
Designed to meet the demanding requirements of modern solar panel production lines, this tester features an expansive 2600x1500mm effective testing area and revolutionary 10-100ms adjustable pulse duration that effectively eliminates capacitance effects in high-efficiency modules with high-transparency EVA. The system utilizes cutting-edge xenon lamp technology providing full spectrum coverage from 300-1200nm, ensuring precise and repeatable measurements for quality control in solar manufacturing facilities ranging from 5MW to 1GW capacity.
Technical Parameters
Core Specifications
| Parameter | Specification |
|---|
| Model | XJCM-13A2615 |
| Max Illuminated Area | 2600mm × 1500mm |
| Lamp Type | Xenon Lamp |
| Lamp Lifetime | >600,000 flashes (10ms) / >300,000 flashes (100ms) |
| Module Position | Sunny side down |
| Light Intensity Range | 200-1200 W/m² |
| Spectrum Wavelength | 300-1200nm |
| Spectrum Match | 0.875-1.125 (A+ class at 1000W/m²) |
| Temporal Instability | <1% (A+ class at 1000W/m²) |
| Non-uniformity | <1% (A+ class at 1000W/m²) |
| Repeatability Error | <0.3% (40 tests) / <0.5% (1000 tests) |
| Pulse Duration | 10ms - 100ms (10ms steps) |
| Measurement Type | Single flash |
| Cycle Time | ≤25 seconds |
| Dimensions | 3100mm × 1900mm × 850mm |
| Power Requirements | 220V±10%, 10A, 50Hz |
| Maximum Power | 3.5KW |
Measurement Capabilities
| Measurement Range | Specification |
|---|
| Voltage Range | 1V, 10V, 50V, 100V, 200V |
| Current Range | 0.25A, 1A, 5A, 12.5A, 20A |
| Voltage Resolution | 0.003% |
| Current Resolution | 0.003% |
Technical Advantages
Superior Testing Performance
Extended Pulse Duration Technology: Revolutionary 10-100ms adjustable pulse duration by single flash effectively eliminates capacitance effects in high-efficiency modules
A+A+A+ Classification: Top-tier performance meeting IEC 60904-9:2020 latest international standards
Exceptional Repeatability:<0.3% error over 40 continuous tests, ensuring consistent quality control
Large Testing Area: 2600×1500mm effective area accommodates all standard module sizes including G1, M6, M10, M12
Advanced Features
Dual Temperature Monitoring: Contactless IR sensor for module temperature plus environmental temperature sensor
Comprehensive Data Analysis: Auto-saves 17+ parameters including Voc, Isc, Pmax, FF, efficiency
MES Integration Ready: Seamless integration with manufacturing execution systems
Multi-format Data Export: CSV, MDB, original data, calibrated data, and image formats
Real-time Monitoring: Live IV curve, PV curve, and irradiance curve display
Temperature Coefficient Compensation: Built-in software function for accurate STC conversion
Software Capabilities
Multi-level Access Control: Separate operator and maintenance team login accounts
Module Classification: Automatic grading and classification with data transfer to other stations
Data Management: Complete testing history review and printing functions
Light Intensity Monitoring: Real-time tracking during testing process
Alarm Functions: Customizable alerts for out-of-spec modules
Product Applications
Solar Panel Manufacturing Lines
The XJCM-13A2615 is ideally suited for integration into 5MW to 1GW solar panel production lines, providing critical quality control at the final testing stage. Compatible with all modern cell technologies including:
PERC (Passivated Emitter and Rear Cell) modules
HJT (Heterojunction) technology panels
N-type TOPCon solar modules
IBC (Interdigitated Back Contact) panels
ABC, HPBC advanced cell architectures
Shingled solar modules
Flexible and thin-film modules
Quality Control Applications
End-of-line Testing: Final quality verification before packaging
Performance Binning: Accurate power classification for inventory management
Research & Development: Module characterization and optimization
Incoming Quality Control: Verification of purchased modules
Warranty Testing: Performance verification for warranty claims
Industry Sectors
Large-scale solar module manufacturers
Contract manufacturing facilities
Quality testing laboratories
Research institutions
Solar panel importers and distributors
Contact & Purchase Information
Get Your XJCM-13A2615 IV Tester Today!
Ooitech provides complete solar panel production line solutions from 5MW to 1GW capacity. Our comprehensive services include equipment design, delivery, training, raw materials supply, and after-sales support.
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Package Includes:
XJCM-13A2615 IV Tester main unit
IR temperature sensor
Industrial PC with pre-installed software
Display screen
Testing cables (2.5m)
Keyboard and mouse
Complete documentation and user manual
Training and installation support
Request a Quote Today! Contact our sales team for customized solutions tailored to your production line requirements.
