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Lecheng Intelligent Honored as "Excellent Perovskite Photovoltaic Equipment Supplier in H1 2024"

2025-08-30

Warm Congratulations丨Lecheng Intelligent Honored as "Excellent Perovskite Photovoltaic Equipment Supplier in H1 2024"

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.

Lecheng Intelligent Honored as "Excellent Perovskite Photovoltaic Equipment Supplier in H1 2024"

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Core Technology Achieves Industry Leadership Position

At the "China International Science and Technology Promotion Association Calcium Titanium Ore Industry Branch Half-Year Membership Conference (2024) and the Sixth Global Perovskite and Tandem Cell (Greater Bay Area) Industrialization Forum" held simultaneously in Shenzhen, He Le, founder and CEO of Lecheng Intelligent, was invited to give a presentation titled "Application of Laser Technology in the Industrialization of Perovskite Batteries." This presentation explained from a technical perspective why Lecheng Intelligent won the honor of "2024 H1 Excellent Perovskite Photovoltaic Equipment Supplier" and the important reasons for its further growth from a leading domestic perovskite equipment supplier to a powerful supplier of new energy laser processing equipment.


Perovskite solar cells, as a new generation of photovoltaic cell technology, have characteristics such as high theoretical efficiency, low production cost, and diverse application scenarios, promising broad development prospects. Laser scribing and edge cleaning are one of the key processes in perovskite cell manufacturing, significantly impacting cell efficiency, yield, and production efficiency. Therefore, the production process of perovskite cells places very high demands on the stability, precision, and processing efficiency of laser equipment.



Lecheng Intelligent's laser production line features mechanical beam splitting, which offers higher stability and reliability compared to other beam splitting methods; each laser beam's power is independently adjustable, providing greater flexibility.


The real-time focus following function can ensure that the laser focus always remain on the processing film layer at a laser scribing speed of 2 m/s, improving the consistency and stability of laser scribing and further enhancing the yield of large-size perovskite cell processing.


The real-time visual tracking and compensation function can ensure rapid response during the laser scribing process, making the P1, P2, and P3 scribe lines of the perovskite cell consistent in spacing, reducing the dead zone width, improving cell power generation efficiency, and meeting the needs of mass production.


These three core technological advantages, combined with the company's strong automation production line integration capabilities and customized after-sales deployment capabilities, have enabled Lecheng Intelligent to quickly gain recognition from leading enterprises in the industry and become a leading supplier in the field of perovskite laser equipment.


Deepening R&D, Repeated Breakthroughs in Industrial Applications

During the event, Lecheng Intelligent received widespread attention from the industry and secured multiple cooperation intentions.


In the first half of 2024, various segments of the perovskite photovoltaic industry chain made significant breakthroughs, and the commercialization process continued to advance. The Calcium Titanium Ore Industry Branch of China International Science and Technology Promotion Association initiated this "2024 H1 Perovskite Photovoltaic Industry Outstanding Contribution Award" selection to better focus on the "0-1" breakthrough growth of the perovskite photovoltaic industry, explore potential companies in Niche market, and commend the outstanding contributions made by perovskite photovoltaic enterprises.


Since its establishment, Lecheng Intelligent has always focused on R&D, innovative services, and continuously achieved breakthroughs in technological R&D and industrial applications in the field of perovskite laser equipment, becoming one of the few perovskite laser equipment enterprises in China with experience in delivering square-meter-level large-size perovskite cell pilot lines. At the same time, it has established cooperation with Multiple listed companies, leading perovskite module manufacturers, and research institutes, fulfilling different customers' customized laser beam shaping and beam splitting needs.


As of the first half of 2024, the company has successfully delivered multiple 100MW-level perovskite solar cell laser production lines, while GW-level production lines are about to be launched; after winning the perovskite project of a certain hundred-billion listed company in April this year, the relevant laser equipment production lines have also been delivered...


On this basis, leveraging its deep accumulation in laser processing technology and equipment, Lecheng Intelligent has conducted cutting-edge R&D on laser processes for various new energy materials, successfully expanded its products and services to other new energy fields such as hydrogen fuel cells, and finally formed its main business lines including the R&D, production, and sales of laser and automation equipment for thin-film solar cells (including perovskite), hydrogen fuel cells, BC cells, etc. It can also provide complete thin-film solar cell production line solutions.


Lecheng Intelligent Honored as "Excellent Perovskite Photovoltaic Equipment Supplier in H1 2024"

The continuous efforts and progress of Lecheng Intelligent have been recognized by customers and industry colleagues, ultimately culminating in the honor of "2024 H1 Excellent Perovskite Photovoltaic Equipment Supplier".

Note: Image placeholders (ImageLinkPlaceholder) have been inserted where images were present in the original text. These would need to be replaced with actual image links or embedded images in the final version.


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