1.23 GW PV Modules Delivered Fast! How did GCL Integration do it?

vast Gobi, delivery vehicles are like steel dragons winding hundreds of miles. Traveling through the scorching sun and sand and dust-this is precisely the successful completion of the 1.23 GW of Shenneng Xinjiang Hefeng" by GCL Integration. Xiexin Integration realizes one-stop closed-loop of component R & D, production, transportation and delivery with efficient collaboration of the whole chain. It not only shows that GCL Integration has set up a new benchmark

of high efficiency in the industry in of https://www.databm.01

components", but also faces the challenges of tight time and heavy tasks of Xinjiang Hefeng Project. Xiexin Integration shows strong execution and efficient collaboration ability, Xiexin Integration starts the " extreme response mode ", sets up a cross-departmental special team to tackle key problems, compresses the component delivery cycle through innovative means such as digital production scheduling and intelligent logistics collaboration, and efficiently completes from order confirmation to component delivery. Zero delay in the whole transportation, successfully completed in only 60 days.

"This is not only a breakthrough in speed, but also a comprehensive test of system capability.". The head of Xiexin Integrated Components Business Department said that the project team realized the customized production and precise distribution of N-type TOPCon high-efficiency components through the three-dimensional linkage of " R & D-production-logistics " to ensure that each component meets the strict standards of the northwest cold, strong wind and sand environment.

The NT12 independently developed by GCL is used in this project R/66GDF component , which has the ability to adapt to the whole scene: whether it is the decentralized layout of industrial and commercial roofs or the large-scale laying of centralized power stations; Whether it is a vast Gobi or a desert full of yellow sand, its excellent load resistance, sand resistance and corrosion resistance can easily cope with the complex global terrain, showing strong environmental adaptability and stability. It has been verified in a number of " photovoltaic + sand control" projects around the world: domestic support for the application of Ningxia, Xinjiang, Inner Mongolia and other projects to promote the transformation from "sand advancing and people retreating" to "green advancing and sand retreating"; At the same time, in overseas and other regions, we will help achieve a win-win situation of clean energy substitution and ecological restoration, and provide a replicable "China Plan" for global energy transformation and sustainable development.

In order to deeply verify the reliability of components under extreme temperature changes, GCL Integration follows the IEC 61215-2: 2021standard. In the extreme temperature environment of-40 ℃ to 85 ℃, in order to further verify the extreme performance of components, GCL Integration has tightened the test conditions. The number of thermal cycle tests was further increased to 600 . The results show that GCL integrated components show excellent temperature resistance, can easily withstand extreme temperature changes, and the power attenuation is controlled within 2%, which is far better than IEC standard requirements, demonstrating its strong performance stability.

Shenneng Xinjiang's 2 million kilowatt photovoltaic project is located in Hefeng, Tacheng Prefecture and Bukesaier Mongolian Autonomous County, Xinjiang Uygur Autonomous Region. In the industrial park, as a key project of Xinjiang's "14th Five-Year Plan" new energy planning, after completion, the equivalent full-load utilization hours of the power station in the first year are 1519.65 hours, and the average equivalent full-load utilization hours of the power station in 25 years are 1445.97 hours, which can provide 3.259 billion kilowatt-hours of clean electricity for the power grid every year, and save 1.304 million tons of standard coal every year. Accordingly, sulfur dioxide emissions can be reduced by about 97800 tons, nitrogen oxides by about 48900 tons, carbon dioxide (CO2 ) by about 3.25 million tons and carbon dust by about 88

tons per year. It provides an economic and feasible solution for the "photovoltaic + sand control" model in Northwest China.

"Every component is a demonstration of our commitment to carbon neutrality.". "Xiexin Integrated Sales Director said that in the future, it will continue to use" Xiexin Speed "to enable global energy transformation, so that green power can illuminate more sustainable development paths.