Exhibition Review | Ming Yang Solar's PV EXPO Tokyo Trip Ends Successfully
From February 28th to March 1st, the 18th "PV EXPO Japan" - an event where technology and innovation collide - was grandly held at the Tokyo Big Sight! The three-day exhibition attracted more than 1,200 PV exhibitors and nearly 70,000 professional visitors from 68 countries and regions around the world.
Japan has always been one of the markets that Ming Yang Solar focuses on, and in this exhibition, Ming Yang Volt carries multi-scenario solutions for a variety of application scenarios and adapts to the local climate and geographic conditions in Japan, demonstrating its strong strength and technological advantages in the field of photovoltaic to the customers and professional audiences.
Ming Yang Solar Soli-fic series HJT high-efficiency modules shine in this exhibition, equipped with Ming Yang's independently developed high-efficiency N-type HJT technology, module efficiency up to 23.2%, double-sided rate of 90%, lower kWh cost of electricity to customers to bring higher income, to provide 30 years of line property warranty, protection time is longer, the attenuation rate is lower. The product shape is simple and generous, in line with modern aesthetic trends, and easy to install and maintain, more in line with the Japanese market demand.
During the exhibition, the visitors showed great interest in the whole-scene solutions of Ming Yang Solar, and the on-site staff explained in detail about the characteristics of Ming Yang's heterojunction products, application scenarios, project cases and enterprise strength, which gained the praise of many customers and reached the intention of cooperation.
In the future, Ming Yang Solar will continue to focus on customer needs, firmly leading the technology, committed to providing better quality products, a full range of services and more complete technical solutions, and continue to improve customer satisfaction, to help the global renewable energy boom, to build a green and sustainable future to add color.