Canadian solar panels

In a series of third-party aging tests, Canadian Solar’s 210 HiKu7 and BiHiKu7 modules showed excellent durability performance, with power (Pmax) attenuation lower than 2%. This is not only due to Canadian Solar’s ​​advanced component technology, but also Canadian Scientific’s product development process and comprehensive reliability testing.

Canadian Solar uses a non-destructive cutting method in battery cutting, that is, using thermal stress to cut the battery slices. The edges of the cut battery slices are very smooth, which significantly improves the bending strength of the half-cell battery and greatly improves the mechanical strength of the half-cell battery. After the load test, the power attenuation of Canadian Solar 210 battery modules was reduced by more than 90% compared with conventional modules. Therefore, during the later transportation, installation and power generation operation of the components, the reliability is higher and the power generation output is more guaranteed.

The production process and quality Canadian Solar adopts a leakage current control solution and superimposes its self-developed online CSIR (infrared detection) control technology to ensure the uniformity and stability of high-efficiency battery electrical performance, ensure zero defects in battery performance, effectively reduce the risk of hot spots in products, and improve photovoltaic Security and stability of system operationmanagement of Jinko solar cells are relatively stable, and there is a certain quality assurance.

Using advanced gallium-doped battery manufacturing technology, combined with Canadian Solar’s advanced anti-attenuation technology (CSAR-injection recovery technology), the LeTID attenuation of the module is reduced by ~50% compared with the industry level, and the power generation capacity of the module during its life cycle is significantly increased.