‘Silicon Module Super League’ (SMSL) member GCL System Integrated Technology (GCL-SI) has officially started production at its joint venture (JV) solar cell plant with Vina Solar in Vietnam as well as an unmanned module assembly pilot project in China.
The new facility has a nameplate capacity of 600MW and includes 330MW of initial PERC (Passivated Emitter Rear Cell) capacity. The company had earlier announced that German-based PV systems supplier IBC Solar was being supplied 60MW of solar modules from Vietnam for projects in Europe with deliveries starting in September, 2017.
GCL-SI also said recently that its use of diamond wire cutting of the polysilicon wafers wet chemical ‘Black Silicon’ texturing of PERC cells had achieved average conversion efficiencies of 20.3%. Modules using the wafer and cell technology were producing on average 290W. The target for the fourth quarter of 2017 was to reach average cell efficiencies of 20. 5%.
Shu Hua, president of GCL-SI said, "GCL's high-efficiency PERC production line in Vietnam, based on the localized management, will offer a strong support to the high-efficient cell supply and contribute to cost-down as well as voiding anti-dumping issues."
GCL-SI has also recently established a module assembly workshop that is completely unmanned. Image: GCL-
Unmanned module assembly tests
GCL-SI has also recently established a module assembly workshop that is completely unmanned to test intelligent fully automated manufacturing tools and software systems, which is expected to undertake tests for around two years.
The company noted that it is cooperating closely with Chinese domestic equipment manufacturers, and has independently developed and researched and developed a series of intelligent equipment and systems, which included high-speed automated tabbing machine a high-precision layout machine and robot palletizing system, In all, GCL-SI said that 26 separate systems so far developed were industry firsts.
A key aim of the tests is to achieve a 50% improvement in efficiency, a 60% reduction in online manpower and reduced processing costs by 30%. Product quality improvement targets were being set at a 21% overall improvement.
The intention is to implement the improvements across its volume manufacturing operations.
A key aim of the tests is to achieve a 50% improvement in efficiency, a 60% reduction in online manpower and reduced processing costs by 30%. Product quality improvement targets were being set at a 21% overall improvement. Image: GCL-SI
Mar 09 - Mar 11, 2021
Understand fully the technical and logistical supply chains that determine the production and performance of solar modules, including all related factors impacting quality, reliability & bankability. This event will be run online with streamed content and online networking.