Plans were unveiled at the 2016 G20 Energy summit in 2016.
China-based renewable energy developer and owner Panda Green Energy Group (PGEG), formerly United Photovoltaics said it had completed and grid-connected the first panda-shaped PV power plant in Datong County, Shanxi Province, China.
The 50MW plant also includes a youth activity centre dedicated by United Nations Development Programme (UNDP) to promoting youth participation in sustainable development. PGEG has teamed with UNDP to build panda-shaped PV power plant in China and other parts of world, notably the ancient network of trade routes by sea and overland from China to Europe, such as the Silk Road.
This first panda-shaped PV power plant is expected to generate electricity equivalent to the reduction of approximately 60,000 tons of carbon dioxide emission each year.
Sadly, actual pictures of the plant (at time of posting) were not available on PGEG’s website, due it being upgraded and amended due to the recent name change.
Panda Green Energy Group real view of Panda-shaped PV Power Plant July, 2017
The creative idea of building Panda Power Plant was first proposed by a Chinese high school student studying in the US. Panda Green Energy formally announced the creative project in May 2016, and signed a cooperation agreement with the United Nations Development Program in September, then launched the world’s first Panda Power Plant in Datong on November 20.
Panda Green Energy established the "New Energy Dream Team", cooperated with a number of world-renowned solar energy companies including Huawei, Jolywood New Energy, LONGI New Energy, Sungrow, First Solar, SunPower etc... Moreover, Panda Power Plant integrated the world's most advanced technology and equipment. Solar panels of the project consist of the world's first N-type double-sided power generation panels, highly efficient single crystal silicon panels and CdTe thin film solar panels by First Solar.
The present study analyses the levelized cost of electricity (LCOE) of PV utility-scale power plants in the first quarter of 2018. It compares different Jinko modules technologies and shows their future developments till 2020 based on technology and market scenarios. Speaker information: Roberto Murgioni holds a BSc in Electrical Engineering and a Masters of Renewable Energies Engineering. Roberto is responsible for the pre-sales and after-sales activities around Europe. Before Joining Jinko he held a variety of similar positions with Trina and ET solar. Prior to that he covered several roles in the engineering dept. starting in Milan and then Munich as a Project Electrical Engineer for various EPC companies, managing large PV power plant projects in EU and LATAM. If you have any questions you would like to direct to Jinko prior to the webinar, please send them through to Oliver Amos at Solar Media: email@example.com