The basic characteristics of floating solar farms mainly include the following aspects:
Saving land space: Floating solar farms are installed on the surface of water bodies such as lakes and reservoirs, avoiding the occupation of precious land resources, and are particularly suitable for areas with tight land resources.
Powering remote areas: Floating solar farms are able to provide electricity to remote areas, especially in areas that cannot be powered by traditional power grids, such as remote islands and remote areas without electricity.
Improving power generation efficiency: Some floating solar farms use solar tracking technology to maximize the generation of clean electricity. For example, the Netherlands' "Sun Chasing" floating power plant uses two-axis solar panels and unique solar chasing technology to generate 40% more energy than non-moving solar panels on land.
Environmentally friendly: Floating solar farms use solar energy, which is a clean energy source, reduces fossil fuel consumption and greenhouse gas emissions, and contributes to environmental protection and climate change response.
Adapt to a variety of environments: Floating solar farms are not only suitable for lakes and reservoirs, but can also be established on the surface of the ocean, further expanding the scope of application. This flexibility allows them to function in a variety of water environments.