Tianqiong Sensor IOT Technology Co., Ltd
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Sales Manager:Ms. Emily Wang
Cel,Whatsapp,Wechat:+86 15898932201
Email:info@fengtutec.com
Add:No. 155 Optoelectronic Industry Accelerator, Gaoxin District, Weifang, Shandong, China
Model:FT-EL3
Brand:tianqiong
Electroluminescence test Product Introduction:
Electroluminescence test is a non-invasive method used to identify micro-cracks in solar panels in the field and assess the structural quality of PV.The Electroluminescence test is used for internal defect detection in photovoltaic solar panels, helping users better complete product quality inspections and control production and installation risks.
The Electroluminescence test is equipped with a 24.76 million-level infrared camera, effectively helping users identify DC quality issues within photovoltaic panels.The device also comes with a power storage system and Wi-Fi wireless control module, making on-site inspections more convenient and faster.
Electroluminescence test Application Scenarios:
Suitable for PV power plant module arrival inspection and post-installation module testing on racks, as well as module quality inspection in warehouses, laboratories, and factories.
Electroluminescence test Identifiable defect types:
Cracked | Broken piece | Fragment; | Broken fence | Black heart | Solder bridge |
Process pollution | Low efficiency film | Black edge | Sintering | Overshot | Punching |
Electroluminescence test Product Features and Advantages:
1.24.76 million high-definition infrared camera, providing clearer EL images.
2.Full-time autofocus module for higher imaging accuracy.
3.Wirelessly controlled device testing for rapid imaging.
4.Programmable constant current power supply on-site testing enables 24/7 uninterrupted testing.
5.Wireless image transmission and viewing of test images on a tablet, eliminating the need for a camera.
6.Energy storage power supply on-site testing requires no preparation.
7.1.85m tripod for convenient multi-angle component testing.
8.Wireless remote control testing of the entire device allows one person to complete the entire project.
9.Tri-resistant trolley case for easy and safe transportation.
Electroluminescence test Application areas:
Scene | Factory components, warehouse components, and on-site components of power stations are tested. |
Test | Daytime: Outdoor anti-infrared darkroom test; indoor test without solar light environment; Night: direct tripod test, no impact from light and moonlight. |
Object; | Monocrystalline silicon components, thin-film components (customizable) |
Quantity | Imaging detection of single component |
Electroluminescence test Specifications:
Module | Configuration | Specifications |
Camera module | Pixel; | 24.76 million pixels |
Resolution | 6000x4000 | |
Chip; | 23.5x15.6mm, CMOS sensor | |
Precision | 1.0mm/pixel | |
Detection speed | 1~30s adjustable | |
Low current test | Can be clearly imaged of the hidden cracks in 5A low current | |
Light shielding | Lighting, moonlight, starlight, indoor slight sunlight, sunlight below 100 irradiance has no effect on the test. | |
Detection area | 4000mm*2000mm | |
Shot | 18-55mm infrared lens | |
Focus mode | Full-time auto focus | |
Battery | 1040mah | |
Memory card | 64GB | |
Card reader | USB3.0+Type-C | |
Power module | Capacity | 28.3AH |
Cell | High-performance lithium battery | |
Output current | 5A | |
Current accuracy | 0.1A | |
Output voltage | 70V | |
Voltage accuracy | 0.01V | |
Load power | 100W~600W; the upper limit is not more than 700W | |
Detect number | 300~500 pieces of photovoltaic panels | |
Control Panel | LED digital control panel | |
Function settings | Wireless remote power on and power off | |
Power saving mode | Automatic power off after 10s of power on | |
Steady-state module | Constant power output current voltage is not affected by the amount of power. | |
Circuit protection | Short-circuit protection, circuit breaker protection, current backflow protection, overheat protection, static electricity protection, current voltage self-adaptive matching photovoltaic panel | |
Power up | 10cm AC three-hole input cable | |
DC line | 3m DC output cable, MC4 port connector component | |
Computer | Tablet | Huawei tablet 8+128G |
Wi-Fi | 2.4G | Built-in 2.4G Wi-Fi wireless control module |
Software | Detect APP | Wireless control camera detection photo taking, image transmission imaging, dynamic video composition positioning, historical image viewing, image download, etc. |
Support system | Detection bracket | 1.85m Aluminum alloy bracket |
Detection of the cloud platform | Mounting bracket integrated, 720 degree rotation | |
Location module | Detection and positioning | Cross laser positioning instrument, quickly position the rear component position on the bracket, which can improve the detection efficiency by several times. |
Environmental use | Desert, plateau, roof, hill, slope, factory, roof, snow, greenhouse, agricultural solar complementarity, fish solar complementarity, wind solar complementarity, and other environments | |
Quality assurance after-sales | 1 year warranty, 24H response, 72H fault solution, spare parts coordination |
The UAV visibility meter is designed with full consideration of the requirements for UAV mounting. It features a lightweight and compact design, enabling it to be easily adapted to various small UAV platforms and reducing the burden on the UAV during flight. At the same time, the flat body design ca...
The Buoy Type Water Quality Online Monitoring System is a self-developed miniaturized automatic water quality monitoring system, leveraging years of R&D experience in meteorological stations. It adopts a pre-integrated outdoor monitoring design with a small footprint, and integrates multiple tec...
EL (Electroluminescence) detection, a non-destructive testing method, works as follows: When a forward bias is applied to a photovoltaic (PV) module, electrons and holes diffuse to the P and N regions, respectively. The radiative recombination of charge carriers generates photons, resulting in the e...
The Atmospheric Environment Monitoring System serves as a monitoring unit in grid-based monitoring systems. It adopts a miniaturized design enabled by sensor technology, capable of flexibly detecting one or more of various pollutant parameters, including PM10, PM2.5, SO2, NO2, CO, O3, and TVOC. This...