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.

The project is developed in the water surface area of a pond; with a gross installed capacity of 100 MW, the PV plant will generate an average of 148.31 million kWh of grid-connected electricity per year during its operation; the PV plant adopts the new fishery-solar hybrid development model, and is committed to building a comprehensive development base integrating PV plant construction, advanced PV technology demonstration, featured aquatic products breeding and distinctive fishery leisure tourism.

The project covers an area of about 1,800 Mu and offers a power generation capacity of about 65 million kWh. The topography of part of the project site is open and flat; the project makes available excellent overall economic benefits thanks to the planting of honeysuckle underneath the PV supports and the generation of electricity from the PV modules on top. The project conforms to the poverty alleviation standard specified when Jinko participated in the competitive allocation of the project in 2017 (i.e., RMB 1.5 million/a, to be paid every five years, for 20 years, totaling RMB 30 million); the project covers 500 poverty-stricken households (RMB 3000/a/household).

The gross installed capacity of the project is 90 Mwp, and the static investment in fixed assets amounts to RMB 313,155,900; the estimated first-year power generation is 157,111,600 kWh, and the number of equivalent utilization hours is 1742.67; the total power generation in 25 years is 365,095,900 kWh, and the average annual power generation in 25 years is 146,038,200 kWh, with the number of equivalent utilization hours being 1619.85. The development of this power plant promotes the technological progress and evolution of PV power plants, thereby achieving sustainable development of the regional economy.

This is the first distributed PV tunnel project in Shandong Province. The PV modules of the project are principally arranged on the roofs and above the auxiliary road in front of the administrative office building, covering an area of approx. 1400 square meters. The facilities will be installed with flexible supports with a fixed inclination of 10° in the open space in front of the administrative office buildings. Upon completion of the project, the average annual power generation will be approx. 127,000 kWh, and the total power generation in 25 years will be approx. 3,175,600 kWh. 70% of the generated electricity is directly consumed by the lighting in the office building and tunnel. The project is a strong demonstration of the integrated use of land resources for large transport networks such as expressways.

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.