How floating solar farms work mainly includes the following aspects:
Installation location: Floating solar farms are usually installed on the surface of lakes, reservoirs or oceans. These water bodies provide a wide flat surface, allowing solar panels to be laid over a large area while saving valuable land space.
Solar panels: Floating solar farms use solar panels to capture sunlight. These panels are usually made of photovoltaic materials, which can convert the sun's light energy into electrical energy. Compared with solar panels on land, floating solar panels can adjust their angles as the water surface fluctuates, thereby improving power generation efficiency.
Power generation process: When sunlight shines on solar panels, the photovoltaic effect generates current. These currents are converted into alternating current through inverters, which can then be connected to the grid for power supply. Floating solar farms are usually equipped with tracking systems that can adjust the angle of the panels according to the position of the sun to maximize the capture of sunlight, thereby improving power generation efficiency.
Environmental adaptability: Floating solar farms adapt to various environments, especially in places where land resources are limited or costly (such as urban centers, lakes, reservoirs, etc.). They do not occupy valuable land resources and can improve power generation efficiency through water cooling systems.
Application example: The "Sun-following" floating power plant in the Netherlands is a typical example. Located on Lake East Fornes, the power plant is named "Proteus" after the ancient Greek sea god. Through two-axis solar tracking technology, it can generate about 73 kilowatts of electricity on sunny days, which is 40% more energy than fixed-position solar panels.