Abstract: A continuous push electricity generation device integrated with a loaded rotating member, comprising three or more transmission modules, each of which comprises a receiving member which is pushed in conjunction with the loaded rotating member's portion being in contact with a surface against which the loaded rotating member rolls, while being in a closed relationship with a delivering member, which is connected to a generator rotor shaft. When the receiving member and delivering member correspondingly move, the rotor shaft rotates in an opposite direction to the loaded rotating member's rotation. The device also comprises one electricity generation module, comprising a power generation rotor being in connection with the rotor shaft, and a stator. The stator is fixedly connected to the loaded rotating member's shaft and to the rotating member.

Abstract: The invention is a wind turbine that is part of a system for utilizing the energy of wind to produce electrical energy. The turbine is a vertical axis wind turbine that is characterized by the design of its blades. The blades are shaped and attached to the turbine in a way that allows them to self-adjust their orientation with respect to the direction in which the wind is blowing. In this way the torque that each blade exerts on the turbine consist of two portions. When the blade is on the windward side of the turbine, it exerts on the turbine torque from the drag force. When the blade is on the leeward side of the turbine, the torque that the blade exerts on the turbine is from lift force.

Abstract: The invention is a wind turbine that is part of a system for utilizing the energy of wind to produce electrical energy. The turbine is a vertical axis wind turbine that is characterized by the design of its blades. The blades are shaped and attached to the turbine in a way that allows them to self-adjust their orientation with respect to the direction in which the wind is blowing. In this way the torque that each blade exerts on the turbine consist of two portions. When the blade is on the windward side of the turbine, it exerts on the turbine torque from the drag force. When the blade is on the leeward side of the turbine, the torque that the blade exerts on the turbine is from lift force.