Trinasolar's landmark agrivoltaics project in Fukuchiyama, Kyoto Prefecture, has added new impetus to Japan's green and low-carbon development. Using 3,392 ultra-high-power Vertex N 720W modules, the site generates 2,700 MWh of renewable electricity annually and cuts CO₂ emissions by about 1,760 tons.
The innovative “PV+” design, with elevated module mounting for farm machinery access, optimizes land use while supporting Japanese yam cultivation. As Japan targets carbon neutrality by 2050, this project showcases how solar can work in harmony with agriculture to deliver environmental, economic, and community benefits.

Offshore areas are rich in solar energy resources. Their development and utilization represent an emerging application for the photovoltaic industry. In 2023, Phase 1 of the photovoltaic project in China's Haifeng Town, Guangdong Province, was successfully completed and connected to the grid.
The project adopts a “PV + Aquaculture” model—generating electricity above, aquaculture below—that maximizes the combined use of marine space and provides local fishermen with a path to shared prosperity alongside marine conservation.

Solar installations can utilize previously unusable land to generate power. Over time, they can restore habitats by:

• reducing surface temperatures
• improving microclimates
• stabilizing soil and reducing wind erosion

In China, the State Power Investment Guizhou Jinyuan Alxa League Wulanbuhe Jinyuan 100MW Desert Control and Energy Storage Photovoltaic Project is a testament to the ecological restoration power of PV in deserts.