New Energy Industry
Industry Overview
The new energy industry—including solar energy, hydrogen energy, wind power, and energy storage—is playing a key role in driving the global shift toward sustainable development. The push for carbon neutrality and green transformation is accelerating the innovation and mass production of energy systems.
High-efficiency, automated, and clean manufacturing is essential in this sector, and laser technology is becoming an indispensable tool thanks to its high precision, non-contact, and eco-friendly characteristics.
Industry Challenges
Microstructure components require ultra-precise cutting and welding
Material sensitivity (e.g., silicon wafers, aluminum frames, thin foils) demands minimal thermal impact
Production of complex structures like fuel cells and photovoltaic panels requires flexible processing
Need for traceable and anti-counterfeit marking throughout the supply chain
Demand for fully automated, scalable production lines
Laser Applications in New Energy Manufacturing
Photovoltaic Industry (Solar Panels)
Use Cases: Cutting solar cells, busbar welding, backsheet engraving
Advantages: No mechanical stress, minimal kerf, high throughput
Recommended Products: UV Laser Cutter, Fiber Laser Welding System
Hydrogen Fuel Cell Manufacturing
Applications: Bipolar plate welding, surface micro-texturing, electrode cleaning
Advantages: Hermetic sealing, ultra-thin material compatibility, non-contact process
Recommended Systems: High-speed Galvo Fiber Welding Machine, Laser Cleaning System
Energy Storage & Power Batteries
Scenarios: Tab welding, pouch cutting, serial number marking
Benefits: Stable joint quality, precise contour, inline integration
Recommended Solutions: Fiber Laser Cutting & Welding Line, UV Laser Marking System
Wind Energy Components
Applications: Traceability code engraving on turbine components, rust removal, coating stripping
Advantages: Long-lifespan marks, no abrasive materials, easy automation
Recommended Products: High-power Fiber Laser Marker, Handheld Laser Cleaner
Solution Advantages
Non-contact, precision processing—ideal for delicate and high-value energy materials
Environmentally friendly—no consumables, emissions, or waste
Modular design—supporting large-scale and flexible production setups
Smart traceability—laser marking integrated with barcode, QR, and vision recognition
Application Cases
| PROJECT | LASER PROCESS |
|---|---|
| Cutting of solar cell wafers | UV laser cutting |
| Bipolar plate welding for fuel cell | Galvo fiber laser welding |
| Rust removal from wind turbine bolts | Handheld laser cleaning |
| QR code marking on lithium energy storage modules | Fiber laser marking |
| Busbar welding on PV panels | Fiber laser spot welding |
Industry Trends
Carbon Neutrality Policies: Boosting demand for green manufacturing solutions
Recycling & Reuse: Clean laser processes enable safe disassembly of energy components
Cost Reduction & High Throughput: Laser’s speed and zero tool wear reduce production costs
Cooperation Models
Offer turnkey solutions or custom laser processing units tailored to your production line
Provide technical support, on-site installation, and operator training
Accept OEM/ODM collaboration to meet specific industry or branding requirements
Empower the Green Future with Laser Intelligence
Our laser solutions enable precision, cleanliness, and automation across the new energy industry—from solar panels to fuel cells, from wind power to smart storage systems. We’re committed to supporting your mission to build a sustainable, efficient, and intelligent energy future.
Contact us to discuss your laser application needs and receive a tailored solution from our expert team.
