New Energy & Power

Laser Innovation Driving a Sustainable Future

As industries transition toward cleaner, smarter energy solutions, laser technology has become a key enabler across production, inspection, and recycling processes in the new energy sector.

In photovoltaic (PV) manufacturing, lasers are used for groove etching, edge deletion, and PERC cell scribing, allowing precise separation without damaging adjacent layers. This results in higher conversion efficiencies and lower defect rates—critical factors in mass-producing solar panels.

For lithium-ion batteries, lasers are instrumental in tab welding and foil cutting. Compared to traditional welding, ultrafast pulsed lasers can join dissimilar metals (e.g., copper and aluminum) at speeds over 200 mm/s with defect rates below 0.1%, ensuring both strength and safety. Moreover, laser systems support inline inspection and process control, contributing to quality assurance in gigafactory environments.

In high-risk environments like nuclear decommissioning, lasers offer non-contact, remotely controlled cutting capabilities—ideal for disassembling radioactive structures with precision, speed, and enhanced operator safety.

From solar to batteries to nuclear, laser solutions are helping energy manufacturers optimize output, reduce carbon impact, and build a more sustainable global energy infrastructure.