Su Scioffu

The Su Scioffu installation is located in Sardinia in Italy. It is already considered to be one of the largest installations on greenhouse roofs. With an installed capacity of 20 MW, it will also generate 26 gigawatt hours per year (GWh), enough electricity to meet the annual needs of 10,000 homes. As part of this project, 84,399 polycrystalline Trina Solar modules were installed, each with a power output of between 230 and 240 W, on the 100,000 square metres of roofing on the greenhouse.

Sägewerke Christen AG

Sägewerke Christen AG in Luthern (Canton of Lucerne) runs the first energy-self-sufficient and CO2-neutral saw mill in Switzerland. The in-roof PV system of the saw mill’s production and storage halls was developed by SunTechnics Fabrisolar AG from Küsnacht. It has a power of 900 kWp and produces up to 6,000 kWh of solar energy each day. The 6,000 m2 system consists of PC05A Honey multicrystalline solar modules with a power of up to 260 W. It supplies electricity for the operation of the saw mill and for 300 homes – a total of 900,000 kWh each year.

Lyreco National Distribution Centre

Global workplace supplies provider Lyreco partnered with UK-based commercial installer EvoEnergy in order to realize its vision of creating a large-scale PV installation. Bearing in mind Lyreco’s commitment to a green energy strategy and the need for a module manufacturer of international renown, EvoEnergy chose Trina Solar as its manufacturing partner.

Lianyungang Photovoltaic Town

Located in the Qingnan Community, Qinghu Town, Donghai County, Lianyungang, this new village installation was completed in early 2014 providing Trina enabled power to 129 families in the community. With a total installed capacity of 381KW, a large part of the self-generated power (80%) is used by the village community and the remaining power is transferred to the grid.. This project marked the start of family-distributed photovoltaic power generation in China. It is the first rural community village with photovoltaic power generation on closely-adjoining roofs.