In a groundbreaking step for sustainable energy, the world’s largest floating solar plant and movable solar power plant has been launched along the banks of the Seine in Paris.
This cutting-edge photovoltaic installation has been leased by EDF ENR, a part of the renowned energy firm EDF, for the Paris 2024 Olympic and Paralympic Games.
World’s Largest Floating Solar Plant is going to be built in Madhya Pradesh’s Khandwa 2023-24 that will generate 600 Megawatt power with the estimated worth ₹3000 crore over the Omkareshwar Dam.
It is expected to transform how green energy is used at large events. Situated in the heart of the Athletes’ Village, near the bustling Olympic and Paralympic Square, the plant supplies clean power to this busy center that attracts athletes, journalists, and tourists. Shops and huge displays showing live competition video are also present on the site.
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Spanning an impressive 470 square meters and boasting a capacity of 78 kWp—equivalent to the energy consumption of 94 apartments—the solar power plant operates on a self-consumption model.
This implies that it does not pump power into the national grid and instead changes its production in real time to fit the site’s usage requirements.
The greatest advantage is that it is flexible and simple to set up. The entire system can be deployed and dismantled with remarkable efficiency.
This solar plant’s startup procedure is a wonder of contemporary engineering. The installation is completely functional in less than 24 hours. First, the pre-wired solar wings are unfolded and the shipping container housing the plant is opened.
Subsequently, these wings are linked and powered by the container, which contains the inverter, safety mechanisms, and all essential electrical parts.
This floating solar plant has significant advantages over standard generator-based power solutions for large-scale events such as the Olympics, trade fairs, and festivals.
Its portability and ease of installation make it an appealing choice for delivering temporary power at locations that are not linked to the public electrical grid.
Are Floatovoltaics The Future Of Solar Power?
Solar energy systems have become one of the most widely used forms of renewable energy, and the photovoltaic market has continued to evolve as the mitigation of climate change. Through this evolution, the unique system, Floating Photovoltaics (FPV), or “floatovoltaics” have emerged.
The design of FPV systems contains the same core elements as land-based projects where sunlight is captured by solar panels and transformed into Direct Current using combiner boxes.
The direct current will be turned as Alternating Current with inverters and then transformed into the required voltage before being sent along transmission lines to service an electrical needs.
The objective behind the Solar panels placed on water is to keep them cool, and make them around 5% more efficient than land-based ones. Multiple panel arrays shield the surface from the sun, reduce evaporation and provide more water for hydropower and irrigation.