GoodWe Launched Galaxy Series - Its Brand New Ultra-Lightweight PVBM Product

GoodWe, a world-leading solar energy solutions provider, has announced the launch of its latest product - Galaxy Series. Galaxy Series is a revolutionary ultra-lightweight PVBM (building-integrated photovoltaic) product, designed specifically for industrial and commercial applications. With its unique features, Galaxy Series can make it possible for more roofs to go solar and harvest more energy from the sun.

Offering the frameless design, Galaxy Series weights only 6kg/㎡, making it perfect for roofs with low load-bearing capacity and poor waterproofing. But what sets Galaxy Series apart is its high reliability, which is made possible by its 1.6mm ultra-thin glass. This glass not only improves the product’s ability to resist strong impact from hail or high winds, but also brings durability and safety to buildings with all-weather protection.

Galaxy Series boasts of various installation methods, which means it can be installed on different types of buildings and structures, making it a versatile solution for industrial and commercial applications. The integrated design also enables rapid and streamlined installation, resulting in significant cost savings due to reduced labor time.

In addition to being ultra-lightweight, reliable, and easy to install, Galaxy Series is also a high-efficiency solar power generator. With its advanced technology and optimized design, Galaxy Series delivers exceptional power output that will meet customer expectations.

"We are excited to introduce the Galaxy Series to the market," said Jacob Zhou, the Manager of GoodWe PV Building Material BU. " Galaxy Series is a perfect example of our commitment to innovation, and we are confident that it will meet the needs of our customers. Our aim is to solarize every building, thus making every building generate renewable energy and contributing to decarbonization and a cleaner future."

As a company deeply rooted in the solar energy industry, GoodWe utilizes its experience and technology to combine solar energy with architecture and design products that meet various requirements while ensuring production safety.