​Company News

As consumer electronics continue to evolve toward thinner, lighter, and more miniaturized designs, the demand for ultra-precise and efficient manufacturing processeshas never been greater. Laser drilling technologyhas emerged as a critical enabler in this transformation, allowing manufacturers to create micro-sized holesin materials like PCBs, glass, and flexible substrateswith unprecedented accuracy.

The journey of perovskite solar cells is moving decisively from the lab to the landscape. The discovery of their seasonal personality is not a setback but a critical step forward. By using advanced MPPT analysis to decode the messages hidden in winter's performance dip, scientists and engineers are gaining the knowledge needed to formulate more robust materials, optimize device architectures, and finally design perovskite solar cells that don’t just boast a record efficiency on a perfect day, but deliver reliable, clean energy all year round.

The rapid expansion of the Internet of Things (IoT) has created an urgent need for sustainable power sources for wireless sensor networks and portable electronic devices. This article presents recent breakthroughs in flexible thin-film silicon photovoltaic modules fabricated on polyimide substrates, which demonstrate exceptional performance under indoor lighting conditions. Through optimized plasma-enhanced chemical vapor deposition (PECVD) processes and strategic material engineering, these lightweight, bendable solar modules achieve remarkable 9.1% aperture efficiency at 300 lux illumination while maintaining mechanical robustness through thousands of bending cycles. The technology offers a promising solution for powering the next generation of autonomous electronic devices without battery replacement constraints.

Perovskite solar cells (PSCs) represent a transformative technology in photovoltaics, with industrialization accelerating globally. Unlike traditional silicon-based cells, PSCs require entirely new production processes and equipment, creating significant investment opportunities in specialized manufacturing tools. The core equipment includes coating, deposition, laser, and encapsulation systems, with laser etching and thin-film deposition being particularly critical for scalable production.

On June 27, at the "2024 H1 Perovskite Photovoltaic Industry Outstanding Contribution Award" selection initiative launched by the Calcium Titanium Ore Industry Branch of China International Science and Technology Promotion Association, Suzhou Lecheng Intelligent, as a leading supplier in the field of perovskite laser equipment, was awarded the "2024 H1 Excellent Perovskite Photovoltaic Equipment Supplier" award. He Le, founder and CEO of Lecheng Intelligent, accepted the award on behalf of the company.

In July 2024, Yangzhou hosted the 7th Global Perovskite & Tandem Cell (Yangtze River Delta) Industrialization Forum, a pivotal summit gathering global experts, investors, and industry leaders to address “Breaking Industrialization Bottlenecks, Building a New Energy Future.” As a leading Chinese supplier of perovskite laser equipment, Lechen Intelligence stood out, winning the “2024 Most Influential Perovskite Laser Equipment Enterprise” award. Its CEO, He Le, delivered a keynote speech highlighting breakthroughs in laser technology, showcasing China’s strength in high-end new energy equipment.

YANGZHOU, Nov. 23 — At 20:18 tonight, Dehu Perovskite Research Institute's 100MW pilot production platform (1.2m×0.6m substrate) achieved first-light milestone in its Yangzhou industrial park. This breakthrough, 22 days ahead of schedule, marks a quantum leap in perovskite industrialization.

On March 3, 2025, Transsion’s brand Infinix showcased two cutting-edge concept technologies at MWC 2025: SolarEnergy-Reserving Technology: Perovskite solar-charging system for smartphones. E-Color Shift 2.0: AI-driven color-shifting e-paper phone.

X-ray direct detectors are increasingly vital in medical diagnostics due to their high energy resolution and system integration. In recent years, metal-free halide perovskites (MFPs) have gained attention for their structural tunability and biocompatibility. However, existing devices often require high operating voltages to enhance carrier utilization efficiency, which can cause crystal damage and ion migration, limiting their applications.