In this article, we will delve into the top 10 largest floating solar plants in the world, exploring their features, benefits, and contributions to the renewable energy landscape.
No. 1: Tengeh Reservoir Floating Solar Plant – Singapore
Capacity: 60 MW | Year of Completion: 2021
Completed in 2021, the Tengah Reservoir Floating Solar Plant in Singapore.
Notably, this remarkable solar plant does more than generate clean energy; it actively contributes to water conservation. By positioning solar panels on the water’s surface, the project effectively curtails evaporation, safeguarding precious water resources. Moreover, the shade cast by the floating panels inhibits algae growth, enhancing overall water quality.
No. 2: Yamakura Dam Floating Solar Plant – Japan
Capacity: 56.9 MW | Year of Completion: 2018
Yamakura Dam Floating Solar Plant. Situated in Chiba Prefecture, this project touts a capacity of 56.9 MW and was finalized in 2018. By capitalizing on solar energy atop the surface of the Yamakura Dam, this floating solar marvel elegantly integrates renewable energy generation with existing infrastructure.
The economic benefits of the Yamakura Dam Floating Solar Plant are substantial. The utilization of underused water bodies for solar energy production optimizes land usage and unlocks fresh avenues for renewable energy generation, especially in densely populated regions. Furthermore, the project fosters job creation and fuels economic growth in the vicinity.
No. 3: Huainan Sungrow Floating Solar Plant in China
Capacity: 40 MW | Year of Completion: 2017
China has seen impressive progress in renewable energy in recent years; an example being Anhui Province’s Huainan Sungrow Floating Solar Plant with 40MW capacity that was completed in 2017; tapping into Huainan’s aquatic expanses’ solar potential while meeting China’s ambitious renewable energy goals.
Huainan Sungrow Floating Solar Plant goes well beyond energy production capabilities to bring immense social advantages. The project integrates clean energy infrastructure seamlessly into local community life, cultivating awareness of and active engagement in sustainable practices; serving both as an education platform and inspiration to promote renewable technologies widely across China.
No. 4: Huainan E16 Floating Solar Plant in China
Capacity: 20 MW | Year of Completion: 2017
Huainan E16 Floating Solar Plant in Anhui Province, China stands out as another notable floating solar venture with 20MW capacity completed in 2017; this project highlights China’s commitment to clean energy innovation while turning Huainan water surface into a renewable source, effectively meeting both environmental and energy challenges.
No. 5: Sayram Lake Floating Solar Plant – China
Capacity: 20 MW | Year of Completion: 2017
Sayram Lake Floating Solar Plant stands as a symbol of China’s commitment to sustainable development and clean energy, completed in 2017. The project showcases government support as well as favorable policies driving renewable energy initiatives.
No. 6: Hapcheon Dam Floating Solar Plant – South Korea
Capacity: 19.6 MW | Year of Completion: 2020
South Korea’s Hapcheon Dam Floating Solar Plant, completed in 2020, showcases South Korean renewable energy integration efforts and serves as an exemplary project. Aside from energy generation capabilities, this project stimulates local economies while simultaneously serving as an inspiration for future endeavors.
No. 7: Gongzhu Bay Floating Solar Plant – China
Capacity: 15 MW | Year of Completion: 2017
Gongzhu Bay Floating Solar Plant in Anhui Province, China showcases the versatility and scalability of floating solar technology. Completed in 2017, this project supports China’s renewable energy goals while taking into account land constraints and environmental considerations.
No. 8: Umenokifurukori Reservoir Floating Solar Plant of Japan
Capacity: 13.7 MW | Year of Completion: 2020
Umenokifurukori Reservoir Floating Solar Plant of Okayama Prefecture in Japan emphasizes renewable energy and ecological stability through solar technology. Completed by 2020, this project represents Japan’s technological advances towards creating carbon neutrality.
No. 9: Nishihira Pond Floating Solar Plant – Japan
Capacity: 13.7 MW | Year of Completion: 2020
Located in Kato City, Japan, the Nishihira Pond Floating Solar Plant showcases Japan’s commitment to renewable energy. By utilizing floating solar technology, Japan optimizes energy production without additional land requirements.
No. 10: Nishikawa Dam Floating Solar Plant – Japan
Capacity: 12.5 MW | Year of Completion: 2018
In Kagawa Prefecture, Japan, the Nishikawa Dam Floating Solar Plant highlights the nation’s dedication to sustainable energy solutions. Completed in 2018, this project exemplifies Japan’s leadership in floating solar technology and innovation.
Are Floating Solar Panels The Future of Clean and Renewable Energy?
The top ten floating solar installations worldwide represent a remarkable fusion of innovation, sustainability, and collaborative effort. These projects not only enhance the renewable energy landscape but also inspire the evolution of floating solar technology towards a brighter, more ecologically sound future.
Find more about floating solar plants & panels- Learn More
