As the exclusive module supplier for the first phase of the Delingha integrated solar-storage project in Qinghai, JinkoSolar has completed the delivery of 1GW of its N-type TOPCon bifacial modules.
In order to verify the actual performance of modules based on different technologies in an offshore environment, JinkoSolar has conducted a comparison of the power generation of strings at a power station for a newly built offshore PV project in Putian, Fujian.
As the PV industry shifts to n-type TOPCon technology, solar module manufacturers are faced with crucial decisions over material choice. As well as the cells themselves, encapsulant and backsheet technologies are increasingly important to insulate the longevity and conversion efficiencies offered by the next generation of TOPCon solar modules. Jolywood has made a number of R&D advances with its innovative encapsulant and transparent backsheet technologies, which can offer 1.63% higher energy yield compared with double glass modules. This webinar will explore the implications that these innovations have for the European market regarding energy yield, cost and overall module performance.
Photovoltaic module technology has entered the n-type TOPCon era.
This article provides an overview of Jinko’s n-type TOPCon technology,
highlighting Jinko’s efforts to help improve the efficiency, reliability,
system compatibility and economy of the Tiger Neo module. The
power generation gain brought by Tiger Neo module is proved by
practical application cases. Jinko will also meet the changing market
needs in the future, driving the industry towards higher efficiency and lower LCOE.
JinkoSolar has announced a significant breakthrough in the development of its N-type TOPCon-based perovskite tandem solar cell by achieving a new world record conversion efficiency of 33.24%, validated by the Shanghai Institute of Microsystem and Information Technology.