The Anji 13 MW distributed PV project with an annual power generation of about 13 million kWh was connected to the grid for power generation in December 2015. It will save about 4,264 tons of standard coal every year, reduce carbon dioxide emissions by about 12,961 tons, sulfur dioxide by about 390 tons, and carbon dust by about 3,536 tons.

The project is developed with a gross installed capacity of 2.42 MW by using the roof of the factory building of about 15,000 square meters in JD’s logistics warehouse in Shanghai; developed based on the concept of “in-house power generation for self-consumption, and surplus power connection to grid”, the project not only provides green and clean power for JD, but also alleviates the environmental protection pressure of JD, thereby facilitating the optimization of local electric power structure.

The project adopts the new-generation floating body fabricated of large-inner-diameter high-density polyethylene, a latest research finding of the National Polymer Research Institute as raw material; with a useful life of more than 25 years, the floating body has no pollution to waters; besides, the modular design concept not only saves floor space, but also enhances the power generation by more than 10%. The promotion of this model is of great significance to the sustainable development of the integration of new energy with lake ecology in China.