This award purposes to recognize and encourage outstanding enterprise that makes contributions to the development of efficient technology and to pay tribute to the promoters of efficient technology development process.
Understand fully the current market for efficient PV products outdoor operation quality and efficiency assessment under the background of green footprint industry hot topic, the event focuses on the green energy market present situation and development trend, such as the large size wafer, development trend of modules’ efficiency, energy storage system, increase efficiency and low cost innovation. Energy institutions, leading manufacturers and terminal owners sit down together to discuss the opportunities and challenges in the context of carbon targets and the technological innovation route of China’s PV industry .
Jolywood has 3 Niwa Series products as its main promotion product. Among them, Niwa Max and Niwa Super are equipped with the world’s first J-TOPCon 2.0 half-cell which is based on new generation of tunnel oxide passivation technology. Its mass production efficiency has achieved a leapfrog improvement from 23.5% to 24.5%. Niwa module has advantages of no risk of LETID neither LID, low temperature coefficient, high reliability, which further provides a strong guarantee for reducing the LCOE. It can be comparable to the efficient PERC cell’s LCOE. Niwa Black, which is mainly applied to BIPV, has an all- black aesthetic design that highlights the exquisite appearance while producing efficient electricity, bringing the ultimate residential experience to customers. Niwa series products truly achieve noble but not expensive and provide the best of both worlds.
The modules of Niwa family can be applied to utility scale project, floating power station, distributed and BIPV products. As high as 80% bifaciality, the module can adapt to variety of installation methods and external environment conditions, such as vertical installation, inclination installation. And it still can maintain efficient power generation in snow, desert and extreme conditions like high temperature, strong wind and sand areas.
