The first single crystal silicon rod was successfully rolled out of the furnace

The first monocrystalline silicon rod was exhibited at Intersolar, a major exhibition in India

Due to visa restrictions, domestic commissioning engineers were unable to go to the Indian customer base for service. With the help of a complete remote guidance tutorial, they completed the installation, commissioning and calibration of process parameters of the equipment with the cooperation of the Indian customer. At the same time, the software system of Songci Electromechanical Single Crystal Furnace is highly intelligent, with advantages such as precise temperature control, safety and stability, and convenient operation. It can achieve 100% automation from temperature adjustment-crystal seeding-shoulder release-shoulder rotation-equal diameter-finishing stages , and simultaneously maintain an ultra-low wire break rate, and can successfully pull out single crystal silicon rods without manual intervention on the client side. This time, the crystal pulling results of the Indian Adani client also fully verified the extremely high level of automation of Songci Electromechanical Single Crystal Furnace, which is of great significance to the improvement of client productivity.

Songci Electromechanical is a holding subsidiary of Wuxi Autewei Technology Co., Ltd. (stock code: 688516). It is mainly engaged in the research and development, manufacturing, sales and provision of comprehensive solutions for special crystal growth equipment in the photovoltaic and semiconductor industries. Previously, it has received batch orders from many domestic and foreign industry leaders such as Adani, Yunnan Yuze, Zhongchengyu, Jinko, and Trina Solar, and its products have also performed well on the client side. At present, Songci Electromechanical is actively developing an intelligent crystal pulling system based on big data. In the future, it will interconnect monocrystalline silicon manufacturing with artificial intelligence, big data, etc., to lay the foundation for achieving comprehensive perception, dynamic prediction, and collaborative control of production, so as to help the intelligent manufacturing of the global photovoltaic industry!