A close-up of Jinko's Tiger Pro series. Image: JinkoSolar.
JinkoSolar has unveiled its next generation, 610W N-Type Tiger Pro module at SNEC 2020.
The leading ‘Solar Module Super League’ (SMSL) member launched the new product which uses Jinko’s proprietary N-Type HOT 2.0 high efficiency cell technology to boost its output.
The module uses large-area N-type monocrystalline silicon cells which late last month achieved a new record conversion efficiency of 24.79%. The full PV Tech story on the efficiency record can be read here, however Jinko added that the cells use HOT tunneling layer passivated contact and advanced metallization technologies.
The module also uses a 78-cell design with tiling ribbon technology to help reduce gaps between cells, improve system capability and lower the cost of electricity produced.
Jinko said the product represented “another milestone” for the solar industry in its bid to achieve grid parity which Jin Hao, CTO at JinkoSolar, described as “the goal the industry has always been striving for”.
“We will increase our investment in R&D to ensure constant innovation in our technology, improve our products performance, and ensure the highest system compatibility. This will allow us to fulfil our commitment to offer the best service to our global customers and to allow the application of our solar modules in a variety of scenarios, further empowering the solar PV industry and achieving grid parity,” he said.
Meanwhile, Jinko also used this year’s SNEC exhibition to unveil the first version of its coloured building integrated PV (BIPV) modules, which have a power output of up to 550W. The company said the modules will be available in different colours and levels of translucency to be incorporated into modern architecture.
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.