Jinergy's Light-Weight Module 2.0 Boosts Upgrading of Green Buildings in Europe

One of main paths for achieving the goal of zero carbon emissions and improving the energy structure in the European region is to develop energy-saving buildings.

As a Chinese stated-owned new-energy company having strong presence in the European market, Jinneng Clean Energy Technology Ltd. has been always devoted to cost reduction and efficiency improvement based on high-efficiency heterojunction (HJT) and has recently launched its products of Universe and Development Series, including the new upgraded 182mm new light-weight module products which are more suitable for the market of distributed products, providing a new high-quality solution for the development of energy-saving buildings in Europe.

Green buildings constitute an integral part of the market of distributed products as well as one of the key sectors to which Jinergy pays close attention.

The light-weight PV modules of the new type, with the feature of light weight and those excellent ones developed from regular modules, can not only meet the demands of the market of distributed products but also eliminate the pain points existing in regular modules, like heavy weight, large area, difficulty in matching with the load bearing capacity of a roof and later-stage operation and maintenance, as well as guarantee the profitability of customers and the reliability of products.

The significantly optimized weight and size and the convenient installation, operation and maintenance allow the new products to have wide applications and especially advantages in the renovation of industrial and commercial factory buildings.

At present, the series of light-weight module 1.0, launched for the first time, has made a breakthrough in its shipment in Southeast Asia, whose good qualities such as reducing input costs and improving power generation efficiency per household have been well accepted by customers in the Southeast Asia region, constantly injecting new vitality into the low-carbon transformation of this region.