Abstract: A wind turbine having a tower having a top end and a bottom end; a first eccentric mechanism connected to a turbine rotor, the turbine rotor at the top end of the tower; a second eccentric mechanism connected to an electric generator, the electric generator being at the bottom end of the tower; and a plurality of tensile links connecting the first and second eccentric mechanisms.

Abstract: A wind turbine having a tower having a top end and a bottom end; a first eccentric mechanism connected to a turbine rotor, the turbine rotor at the top end of the tower; a second eccentric mechanism connected to an electric generator, the electric generator being at the bottom end of the tower; and a plurality of tensile links connecting the first and second eccentric mechanisms.

Abstract: Circuits, devices, systems and methods for transmitting power and communication signals are described. The invention can include a system for commanding and monitoring the status of a plurality of electrical devices and can include two or more communication modules. A primary communication module can be connected to a DC power source, and can transmit voltage signals over a single conductor, and one or more secondary communication modules can transmit current signals over the single conductor. The communication modules of the present invention can each include an interface for bi-directional communication, at least one MOSFET, an AUSART, and a microprocessor. The communication circuit of the present invention can be a bi-directional communication circuit and can include a connection to a single conductor, an encoder, a decoder, and a least one MOSFET.