On June 4, at the SNEC Photovoltaic Conference in 2026, the Digital New Energy DataBM. Com interviewed Gao Bin , chairman of Infukang (Zhejiang) Industrial Technology Co., Ltd. In-depth exchanges were conducted on issues related to highlight products, technological innovation and industry pain points.
At this SNEC exhibition , Infolcom exhibited the automation scheme of the whole photovoltaic industry chain based on the "ALL IN ICS" Technology Ecology ". According to Gao Bin, chairman of Infocom, the scheme takes 100% self-developed PLC as the core, deeply integrates servo drive, industrial switch, IO module and ICS Studio integrated development platform, and can provide one-stop service for photovoltaic production line from bottom hardware to upper software.
Relying on the mature technology system, the automation scheme of Infocom has realized the full coverage of the key links in the whole production process of photovoltaic cells, components and supporting equipment. In the cell process section, Gao Bin highlighted that the scheme can accurately adapt to the diffusion furnace, etching machine, PECVD coating equipment, printing machine, sorting machine and other core equipment of TOPCon, HJT, BC and other mainstream high-efficiency battery production lines.
It is noteworthy that the current photovoltaic industry technology iteration is accelerating, TOPCon, HJT, BC and other high-end battery technology continues to upgrade, and more stringent standards are put forward for the control accuracy, response speed, data security and supply chain stability of production equipment.
In response to this industry trend and core demand, Gao Bin introduced to the Digital New Energy DataBM. Com that the large and medium-sized PLC platform of Infocom has completed a comprehensive independent design of algorithms, logic, and hardware circuits. It breaks the industry dilemma of domestic photovoltaic equipment relying on imported controllers for a long time.
Among them, in high-end processes such as TOPCon boron diffusion, HJT amorphous silicon coating, BC battery lithography and printing, the equipment can achieve microsecond control response, accurately regulate the temperature zone, gas flow and trajectory, and improve the yield and conversion efficiency of batteries from the source.
In addition, in order to meet the needs of multi-axis synchronization and high-precision positioning of high-end equipment, Infocom has independently developed a special motion control algorithm and a new low-voltage servo drive system. Moreover, with the help of ICS Studio integrated platform, Infocom can quickly customize development according to the special needs of different processes.
Hardcore strength!
In the wave of localization of photovoltaic equipment, high-end PLC controller is still a "bottleneck" link that has not been completely conquered.
According to Gao Bin, most domestic PLC enterprises adopt the German Codesys software authorization model, and the core operation relies on a third party. Once the authorization relationship changes, the production line will face the risk of shutdown. Infocom, on the other hand, realizes 100% independent research and development of PLC control system software and hardware, completely gets rid of overseas technology dependence, avoids the risk of authorized supply interruption and technology limitation, and effectively guarantees the safety of the whole supply chain.
Moreover, Gao Bin highlighted that "this autonomous and controllable industrial Ethernet protocol system can seamlessly connect with domestic MES and SCADA systems, and is compatible with mainstream imported equipment protocols". This means that the customer production line can be seamlessly upgraded locally, with lower risk of transformation and faster landing. The autonomous and controllable hardware and software of various "complex working conditions"
in
photovoltaic workshop solve the problem of "yes or no", but the test based on equipment products is far more than that. High temperature, high dust and strong electromagnetic interference in
photovoltaic workshop are extreme tests for the stability of automation equipment. In this regard, Gao Bin said that EF Kang's PLC, low-voltage servo drivers and industrial Ethernet switches have been strictly tested and can adapt to various complex working conditions in photovoltaic workshops.
At the same time, the self-developed high-end motion control algorithm and adaptive PID adjustment algorithm built in the equipment can be specially adjusted for the vibration, temperature drift, electromagnetic interference and other scenarios of photovoltaic workshop to ensure that high precision is still maintained under high-speed operation. Continuously help to improve cell yield and product quality.
In addition, relying on the national service stations, Infocom also promises 7 X 24 hours of technical support, 4 hours of rapid response, 24 hours of on-site closed-loop solution , to minimize downtime losses; At the same time, it is equipped with a dedicated photovoltaic industry technical team, which can provide full-process services such as scheme design, development and commissioning, operation and maintenance.
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