NOVELTY - The floating wind turbine system is provided with a hull, and a wind turbine (610,640) which is attached to the hull. A mooring point is connected to hull by a connection mechanism. An energy storage system is connected to wind turbine and is configured to store power produced by wind turbine. A generator is connected to wind turbine. The mooring point is configured to adjust the position of hull. The mooring point is connected to a sea bed at a depth of more than or equal to approximately 10 meters at low tide.    USE - Floating wind turbine system.    ADVANTAGE - The floating wind turbine system can reduce investment, installation and operating cost of the wind turbines. The floating wind turbine system is provided with the ability to deploy at any water depth from approximately 10 meters, to deploy at any distance from shore, to host any size of wind turbine available, to reduce the spacing between wind turbines, and to increase the accessibility for operation and maintenance at significantly lowered capital cost per installed. The provided floating wind turbine system can reduce or eliminate any need for specialized service vessels either for deployment or during operation, can avoid the need for a separate installation to accommodate power conditioning and substation in a wind mill park, can offer a combination of wind and liquid fuel turbine power and can offer a combination of wind power with power storage, smolt, fish farming, environmental remediation and/or algae production. The cargo compartments can be filled with sea water during high wind and wave conditions, to lower the hull in the water, so that stability can be improved and movements can be reduced in the platform.    DESCRIPTION OF DRAWING(S) - The drawing shows the side schematic view of the a tower and vertical wind turbines mounted on a scaffold, on a hull of floating wind turbine system.    Mono tower (600)    Vertical wind turbine (610,640)    Horizontal wind turbine (640)    Top mounted mill (700)    Deck (900)