The World's Largest Mobile Floating Photovoltaic System
The World's Largest Mobile Floating Photovoltaic System Supplies Power to The Paris Olympic Village
On the eve of the Paris Olympics, an unprecedented innovative energy project made a stunning debut - a mobile floating photovoltaic system covering an area of 470 square meters with a capacity of 78 KWP was transported to the banks of the Seine River, and after a 900 meter waterway voyage, it finally docked steadily at the Olympic Village. This unique power station is designed to meet the huge demand for renewable electricity during the Olympic and Paralympic Games, providing a continuous stream of green power support for the event venues in its unique way.
This floating solar system exhibits extremely high flexibility and reusability, and can be assembled and disassembled in just 24 hours. Compared with traditional generators, it not only outperforms in efficiency, but also achieves a qualitative leap in environmental protection and convenience. It is believed that it will become the new favorite of temporary power supply solutions in the future.
It is worth mentioning that this floating PV system is currently the world's largest mobile floating solar power station, docked by the Seine River, providing clean and efficient power supply to the central square of the Olympic Village. The square is not only a gathering place for athletes and journalists, but also filled with various shops and a giant screen broadcasting live matches. The temporary solar power station operates entirely on its own consumption and does not supply power to the grid. It requires real-time adjustment of power production to adapt to on-site consumption.
Technologically, this floating PV system has also demonstrated extraordinary innovation. The operator only needs to open the container door, pull out the pre wired solar panels, splice them together, and connect them to the container containing inverters, protection systems, and electrical components to build a fully functional solar power station within 24 hours. This design not only greatly saves manpower and time costs, but also highlights the infinite possibilities of technological innovation in the energy field.
The successful debut and application of this mobile floating photovoltaic system not only injected green and low-carbon vitality elements into the Paris Olympics, but also set a new benchmark for the utilization and development of renewable energy worldwide. With the continuous advancement of technology and the increasing awareness of environmental protection among people, it is believed that such innovative projects will be more widely promoted and applied in the future.
On the eve of the Paris Olympics, an unprecedented innovative energy project made a stunning debut - a mobile floating photovoltaic system covering an area of 470 square meters with a capacity of 78 KWP was transported to the banks of the Seine River, and after a 900 meter waterway voyage, it finally docked steadily at the Olympic Village. This unique power station is designed to meet the huge demand for renewable electricity during the Olympic and Paralympic Games, providing a continuous stream of green power support for the event venues in its unique way.
This floating solar system exhibits extremely high flexibility and reusability, and can be assembled and disassembled in just 24 hours. Compared with traditional generators, it not only outperforms in efficiency, but also achieves a qualitative leap in environmental protection and convenience. It is believed that it will become the new favorite of temporary power supply solutions in the future.
It is worth mentioning that this floating PV system is currently the world's largest mobile floating solar power station, docked by the Seine River, providing clean and efficient power supply to the central square of the Olympic Village. The square is not only a gathering place for athletes and journalists, but also filled with various shops and a giant screen broadcasting live matches. The temporary solar power station operates entirely on its own consumption and does not supply power to the grid. It requires real-time adjustment of power production to adapt to on-site consumption.
Technologically, this floating PV system has also demonstrated extraordinary innovation. The operator only needs to open the container door, pull out the pre wired solar panels, splice them together, and connect them to the container containing inverters, protection systems, and electrical components to build a fully functional solar power station within 24 hours. This design not only greatly saves manpower and time costs, but also highlights the infinite possibilities of technological innovation in the energy field.
The successful debut and application of this mobile floating photovoltaic system not only injected green and low-carbon vitality elements into the Paris Olympics, but also set a new benchmark for the utilization and development of renewable energy worldwide. With the continuous advancement of technology and the increasing awareness of environmental protection among people, it is believed that such innovative projects will be more widely promoted and applied in the future.
