0102030405
Turnkey Solar Panel Production Line Solutions from China Suppliers - Factory Automation for 50MW to 1GW Capacity
Application
Photovoltaic module production line is the key link in assembling solar cells into photovoltaic modules, and is widely used in the field of solar power generation. With the growing global demand for clean energy, the role of photovoltaic module production line in the photovoltaic industry is becoming increasingly important.
Photovoltaic Power Generation Project
Photovoltaic modules are the core part of solar power generation systems, and photovoltaic module production lines are mainly used to manufacture components required for photovoltaic power generation. These components are widely used in photovoltaic power stations of various sizes, including ground photovoltaic power stations, rooftop photovoltaic systems, and distributed photovoltaic power generation projects.
Smart Factories and Automated Production
With the advancement of Industry 4.0, zhonghao photovoltaic module production lines have gradually achieved high automation and intelligence. Through automated equipment such as intelligent robots, automatic welding machines, automatic laminating machines, etc., the production efficiency of photovoltaic modules has been greatly improved, manual intervention has been reduced, and the stability and consistency of product quality have been ensured. At the same time, smart factories can monitor and optimize production data in real time, which helps to improve overall production efficiency.
Reduce Production Costs
The automation and large-scale production of photovoltaic module production lines help to reduce the production cost of photovoltaic modules. By optimizing the process and improving equipment utilization, the production line can mass-produce high-quality photovoltaic modules in a short period of time, which will help reduce the cost of the photovoltaic power generation industry and promote the popularization of solar power generation.
Customized Photovoltaic Module Production
Modern photovoltaic module production lines have customized production capabilities and can produce photovoltaic modules of different specifications and powers according to customer needs. Whether used in residential, commercial, industrial or public facilities, photovoltaic module production lines can flexibly meet the needs of different markets.
Environmental Protection and Sustainable Development
The promotion and application of photovoltaic module production lines has promoted the use of renewable energy worldwide and reduced dependence on traditional fossil energy. By producing efficient and durable photovoltaic modules, photovoltaic module production lines have played an important role in promoting the transformation of the global energy structure, reducing carbon emissions and promoting sustainable development.
Product Specifications
| No | Equipment Name | Description |
|---|---|---|
| 1 | Solar Cell sorting machine |
1. Capacity: 720pcs/h 2. Applicable cell type: 4BB~6BB MBB, max cell size: 210mm*210mm 3. Breakage ratio: ≤0.1% Grade A solar cell 4. Solar cell thickness: 140-300μm 5. Solar Simulator light level: A+A+A+ 6. Spectral range: 300-1200nm 7. Flash time: 10-150ms 8. The range of irradiance: 200-1200W/m² |
| 2 | Automatic solder strip cutter |
1. Usage: Solder strip cutting 2. Cutting precision: ±0.1mm 3. Cutting Length: 20-999mm 4. Cutting Efficiency: 6-8km/H 5. Max cutting width: 8mm 6. Power: 180W |
| 3 | Solar cell stringer |
1. Applicable Cells: 26~156x156mm, 26~166x166mm, 30~182x182mm, 30~210x210mm. Cell thickness: not less than 160μm 2. Applicable Solder strip: thickness: 120μm~250μm, Width: 0.6~2.0mm (0.6~0.9 for 9bb cells~10bb cells, 1.0mm for 6bb cells, 1.2mm for 5bb cells) 3. String parameter: Max length of the string: 2000mm (Negotiable). Cell interval: 1.0-5.0mm ±0.2mm adjustable. Bus bar number: 5bb, 6bb, 9bb, 10bb, 12bb 4. Soldering speed: 1800pcs/h |
| 4 | Automatic EVA/TPT cutting machine |
1. Feeding speed: 70m/min 2. Cutting length: 1mm-100m 3. Cutting Width: 0.1mm-1400mm 4. Precision: 0.1mm |
| 5 | Solar module defector tester (EL) |
It's used for defect inspection of crystalline silicon, which can mark artificial defects. 1. Max module dimension: 2400*1400mm 2. Production Capacity: 5s/pc 3. Camera resolution: 2400W 4. The camera type: COMS 5. Exposure time: 1~30s(Adjustable) |
| 6 | Automatic solar module laminator |
1. Annual Capacity: 550w/pc * 1pc/times * 3.3times/h * 22h/day * 330days ≈ 13MW/year x 4sets ≈ 50MW/year. 2. Effective dimension: 2600*1500 3. Power: 13.5KW 4. Voltage: 380V, three phase, five wire 5. Heating method: Electric heating |
| 7 | IV tester |
Measurable parameters: I-V curve, short circuit current, open circuit voltage, peak power, peak power point voltage, current, constant voltage point current, fill factor, conversion efficiency, series resistance, parallel resistance. 1. Max. Illuminated Area: 2400mm×1400mm 2. Production Capacity: 6s/Pcs (Typical value) |
Frequently Asked Questions
What is the main purpose of a photovoltaic module production line?
The main purpose is to assemble solar cells into complete photovoltaic modules. These modules are the core components used to generate electricity in ground-mounted, rooftop, and distributed solar power projects.
How does automation benefit photovoltaic manufacturing?
By incorporating intelligent robots, automatic welding, and automatic laminating machines, the production line minimizes manual errors, ensures uniform quality, increases manufacturing speed, and lowers overall production costs.
What parameters can the IV Tester measure?
The IV Tester measures critical performance metrics including the I-V curve, short circuit current, open circuit voltage, peak power, conversion efficiency, fill factor, and series/parallel resistance.
Why is the Solar Module Defector Tester (EL) important?
The EL tester detects internal defects in crystalline silicon cells that are invisible to the naked eye. It helps identify micro-cracks, structural breaks, and manufacturing flaws before the modules are packaged and shipped.
Can the production line accommodate customized solar modules?
Yes. Modern production lines are highly flexible and capable of adjusting parameters to manufacture photovoltaic modules of different dimensions, power ratings, and specifications to meet specific residential, commercial, or utility demands.