PV Module Production & Testing Machinery

14/08/2026

BC Solar Cells Stringer Machine

03/08/2026

AM0 / AM1.5G Steady-State LED Solar Simulator Successfully Delivered

☀️ Advanced Solar Testing Starts with Precise Light Simulation

The new AM0/AM1.5G Steady-State LED Solar Simulator has successfully completed full machine commissioning, factory quality inspection, and shipment preparation, and is now officially delivered to a high-efficiency PV research laboratory.

This advanced system will provide high-precision and highly stable standardized illumination for photovoltaic cell performance testing, module calibration, and next-generation solar material research.

Featuring an innovative LED water-cooled light source module, the simulator supports one-click switching between AM0 and AM1.5G spectral modes, covering both space photovoltaic and terrestrial PV testing applications.

✨ AM0 Mode

Spectral range: 300–1700 nm
Standard irradiance: 1367 W/m²
Designed for space solar cell and aerospace PV environment simulation

✨ AM1.5G Mode

Spectral range: 300–1200 nm
Standard irradiance: 1000 W/m²
Meets conventional terrestrial PV module testing requirements

With AM0 Class A and AM1.5G highest A+ spectral performance, the system delivers reliable, repeatable, and accurate solar simulation for advanced photovoltaic research and industrial testing.

03/08/2026

AM0 / AM1.5G Steady-State LED Solar Simulator Successfully Delivered

☀️ Advanced Solar Testing Starts with Precise Light Simulation

The new AM0/AM1.5G Steady-State LED Solar Simulator has successfully completed full machine commissioning, factory quality inspection, and shipment preparation, and is now officially delivered to a high-efficiency PV research laboratory.

This advanced system will provide high-precision and highly stable standardized illumination for photovoltaic cell performance testing, module calibration, and next-generation solar material research.

Featuring an innovative LED water-cooled light source module, the simulator supports one-click switching between AM0 and AM1.5G spectral modes, covering both space photovoltaic and terrestrial PV testing applications.

✨ AM0 Mode

Spectral range: 300–1700 nm
Standard irradiance: 1367 W/m²
Designed for space solar cell and aerospace PV environment simulation

✨ AM1.5G Mode

Spectral range: 300–1200 nm
Standard irradiance: 1000 W/m²
Meets conventional terrestrial PV module testing requirements

With AM0 Class A and AM1.5G highest A+ spectral performance, the system delivers reliable, repeatable, and accurate solar simulation for advanced photovoltaic research and industrial testing.

27/07/2026

Loading the Solar Cell Stringer Machine for Shipment to Thailand 🇹🇭

The solar cell stringer machine has completed final inspection, packaging, and preparation, and is now being loaded for shipment to Thailand.

Designed for high-efficiency PV module manufacturing, this stringer machine delivers precise cell interconnection, stable soldering performance, and reliable production efficiency to support advanced solar module production lines.

We are committed to providing professional solar manufacturing equipment and customized solutions for global photovoltaic manufacturers. ☀️🚢

27/07/2026

Loading the Solar Cell Stringer Machine for Shipment to Thailand 🇹🇭

The solar cell stringer machine has completed final inspection, packaging, and preparation, and is now being loaded for shipment to Thailand.

Designed for high-efficiency PV module manufacturing, this stringer machine delivers precise cell interconnection, stable soldering performance, and reliable production efficiency to support advanced solar module production lines.

We are committed to providing professional solar manufacturing equipment and customized solutions for global photovoltaic manufacturers. ☀️🚢

17/07/2026

±0.5% Measurement Accuracy! Two PV Module I-V Testers Packaged and Shipped To Africa

These units feature a high-precision intelligent testing system utilizing industry-standard four-wire measurement technology, equipped with a 16-bit, 4-channel high-speed synchronous data acquisition card and 8,000 data sampling points. With measurement inconsistency ≤±0.5% and measurement error ≤±1%, the equipment accurately measures voltages from 0mV to 100V and currents from 0mA to 20A—with resolutions of 1mV and 1mA—effectively ensuring the precision and synchronization of test data.

The light source system strictly adheres to the IEC 60904-9 international standard, meeting AM1.5G spectral requirements across a 300–1200nm range. It utilizes an imported, long-life pulsed xenon lamp (rated for 300,000 flashes) with a standard irradiance of 1000W/m² (adjustable between 700W/m² and 1200W/m²). Irradiance non-uniformity and instability are both controlled within ±2%, and the 10–30ms flash pulse design ensures stability and repeatability during mass production testing.

17/07/2026

±0.5% Measurement Accuracy! Two PV Module I-V Testers Packaged and Shipped To Africa

These units feature a high-precision intelligent testing system utilizing industry-standard four-wire measurement technology, equipped with a 16-bit, 4-channel high-speed synchronous data acquisition card and 8,000 data sampling points. With measurement inconsistency ≤±0.5% and measurement error ≤±1%, the equipment accurately measures voltages from 0mV to 100V and currents from 0mA to 20A—with resolutions of 1mV and 1mA—effectively ensuring the precision and synchronization of test data.

The light source system strictly adheres to the IEC 60904-9 international standard, meeting AM1.5G spectral requirements across a 300–1200nm range. It utilizes an imported, long-life pulsed xenon lamp (rated for 300,000 flashes) with a standard irradiance of 1000W/m² (adjustable between 700W/m² and 1200W/m²). Irradiance non-uniformity and instability are both controlled within ±2%, and the 10–30ms flash pulse design ensures stability and repeatability during mass production testing.

11/07/2026

11/07/2026

Our Solar Module EL Inspection System delivers ultra-high precision with crack detection down to 0.03 mm and ±1% testing accuracy, helping manufacturers ensure the highest module quality.

Powered by 24 MP high-resolution electroluminescence (EL) imaging and a high-sensitivity infrared camera, the system performs non-destructive inspection to accurately identify microcracks, broken fingers, poor soldering, PID degradation, and more than 10 types of internal defects invisible to the naked eye.

Supporting an effective inspection area of MAX 2600 × 1500 mm, it is compatible with both monocrystalline and polycrystalline PV modules. With an adjustable image acquisition time of 1–60 seconds and 24/7 continuous operation, it is built for high-volume production lines.

The integrated inspection software provides image traceability, defect magnification, and comprehensive quality analysis, enabling manufacturers to improve product reliability and optimize quality control throughout the production process.

✔ Microcrack detection down to 0.03 mm
✔ ±1% testing accuracy
✔ 24 MP high-definition EL imaging
✔ Non-destructive inspection technology
✔ MAX 2600 × 1500 mm inspection area
✔ 24/7 continuous operation for mass production

06/07/2026

🚀 Fully Automatic Solar Cell Cutting Machine

Take your solar cell production to the next level with our Fully Automatic Solar Cell Cutting Machine.

Designed for high precision and maximum flexibility, the system can automatically cut and separate solar cells into 2 to 7 equal parts, meeting the production requirements of advanced photovoltaic technologies.

With high-speed automation, accurate positioning, and low breakage rates, it helps manufacturers improve productivity, increase yield, and reduce production costs.

✔ Automatic splitting into 2–7 equal parts
✔ High precision & low cell damage
✔ Stable and efficient operation
✔ Ideal for next-generation PV manufacturing