Wind power has long been controversial and has its objective limitations: Many question how electricity should be generated when there is no wind. Researchers from the Massachusetts Institute of Technology have come up with a solution to this limitation and questioning voices Program. Engineers designed an offshore wind turbine that was secured by a perforated concrete ball bounding box. Without wind, these wind turbines fixed at sea can generate electricity by converting seawater into electricity. This offshore wind farm design concept allows users to save excess energy for the days without wind and take preventive measures. This offshore wind turbine design philosophy is that each wind turbine is fixed to a depth of 400 meters by a large concrete ball bounding box, which is extremely stable and does not need to worry about which wind is blowing too much. On windy days, this wind generator can produce much more electricity than required. Some of the extra electricity is used in built-in pumps to draw seawater to generate electricity for days without wind. Researchers estimate that an average of over 6 MWh of electricity can be produced per generator per hour on average using this dual clean generation model, which means that if a 1,000-generator system is built, it will be able to supply a large nuclear power plant A few hours of sufficient energy. It is reported that researchers are looking for the right pressure on the concrete material, once the material is finalized, this offshore wind power station design concept will most likely become a reality.