Trina Solar’s plant in Huai’an made its first Vertex N 610W module and n-type i-TOPCon cell. It rolled off the production line, marking the start of mass production of the 10 GW n-type i-TOPCon cell capacity and the 10 GW Vertex N 610W capacity. This means that full-scale phase II production has begun at the Huai’an plant in Jiangsu province. Trina Solar is now continuing to increase the production of n-type modules on a large scale.
It took Trina Solar less than six months from the time it started up to make the first n-type modules and cells for Phrase II. This shows how fast and flexible the company is and how committed it is to giving users more value in the n-type age.
Based on the best 210mm rectangular silicon wafer technology and n-type i-TOPCon Advanced technology, which has the highest average efficiency of mass-produced cells at 25.8%, Vertex N 610W modules work well with trackers and can fit 13% more single-row tracker systems. The new and improved module sizes make utility-scale, business, and industrial solar uses more possible. They also raise the utilization rate of a 40HC container to 98.5%, which lowers customers’ logistics and BOS costs.
The industry has agreed upon the measurements of the Vertex N 610W module, which are 2382mm by 1134mm. Along with its Golden Size design idea and products, Trina Solar has been a leader in the push for standardization in the PV business.
Trina Solar has provided medium-format Golden Size modules for a number of projects, such as the 6.1 MW C&I rooftop PV project in Xuzhou, Jiangsu province, and two hybrid hydro-solar power plants in Sichuan province.
Trina Solar has changed the structure of its factories to make sure that n-type modules can be delivered without any problems so that they can meet the growing demand in the market. Huai’an’s phase II production of n-type cells and modules makes sure that there is enough space for n-type integration and sets the stage for the quick delivery of Vertex N 610W modules. Trina Solar expects its n-type wafer capacity to reach 50 GW by the end of the year, along with its module capacity of 95 GW and cell production capacity of 75 GW, which will include 40 GW of n-type cells. All of these will be equipped with n-type i-TOPCon Advanced technology.
