How floating solar works mainly includes the following parts:
Solar panels: Floating solar systems are usually equipped with solar panels, which are able to convert sunlight into electricity. These panels are mounted on a floating platform, which can effectively capture sunlight and convert it into electricity.
Floating platform: Floating platforms are generally made of durable high-density materials such as high-density polyethylene (HDPE) to ensure that the solar panels can float on the water. In addition, aluminum frames can be added to the floating body to enhance stability and provide a sturdy mounting structure for solar panels.
Anchoring system: To prevent the platform from drifting on the water surface, the floating platform will be equipped with an anchoring system. The anchoring system firmly fixes the platform to the bottom of the water through anchoring cables to avoid drift caused by wind or water currents, thereby ensuring the stability and precise positioning of the solar array on the water body.
Inverter: The direct current generated by the solar panels needs to be converted into alternating current (AC) by an inverter for use in the electrical system. The inverter performs this critical conversion to ensure optimized power output and use of the power grid or on-site facilities.
Cables: Special waterproof cables and durable connectors are used to manage the electrical connections within the system. These cables connect the solar panels and transmit the generated electricity to the inverter and grid connection points on land, ensuring safe and efficient energy transmission.