MINGYANG SOLAR Attended The PV EXPO Japan

From September 13 to 15,2023, the three-day PV EXPO 2023 was grandfully held in Chiba, Japan. PV EXPO brings together a full range of products and technologies from the nextgeneration of solar cells to the construction, maintenance and operation of solarpower stations, and enjoys a high reputation in the industry as a businessplatform visited by experts from all over the world.

In this exhibition, MINGYANG SOLAR exhibited a number of ZHUQUE series products, star ZHUQUE series MYMH-72HD products became the focus of the audience, combined with mature HJTbattery technology, the highest output power up to 600W, with high efficiency,high yield, low power degradation and other multiple advantages, batteryefficiency has broken through to 25.6%, high bifacial rate up to 90% provide extrabenefit, lower temperature coefficient, smaller shelter loss and internal power consumption, aswell as stronger mechanical load bearing capacity, can improve thecorresponding installation capacity, bring single-tile bracket, inverter,cable, land and AC side equipment comprehensive savings.

The exhibition also exhibited 78 version of HJT modules, ultra-high output power, has been appliedto large-scale ground power stations and industrial and commercial roofs andother application scenarios, 54 version of HJT all-black modules, smallerversion is the preferred distributed roof at home and abroad. Through long-termstable research and development innovation, with its excellent ability toreduce cost and increase efficiency, MINGYANG SOLAR has attracted the attentionof customers at home and abroad.

Under the global wave of new energy, Japan hasactively developed new energy industry and promoted the transformation ofenergy structure. Bright Sunshine Volt promotes global photovoltaic energypromotion and zero-carbon development. With the help of this exhibition, itactively develops partnerships in the local area, adding luster to Japan'srenewable energy strategy, and helping customers to create safe, reliable andefficient photovoltaic power plants.