Design and simulation of a 1 DOF planetary speed increaser for counter-rotating wind turbines with counter-rotating electric generators
The improvement of wind turbine performance poses a constant challenge to researchers
and designers in the field. As a result, the literature presents new concepts of wind turbines …
and designers in the field. As a result, the literature presents new concepts of wind turbines …
A comparative performance analysis of counter-rotating dual-rotor wind turbines with speed-adding increasers
Increasing the efficiency of wind power conversion into electricity poses major challenges to
researchers and developers of wind turbines, who are striving for new solutions that can …
researchers and developers of wind turbines, who are striving for new solutions that can …
A Comparative Performance Analysis of Four Wind Turbines with Counter-Rotating Electric Generators
Wind energy conversion systems play a major role in the transition to carbon-neutral power
systems, and obviously, a special attention is paid in identifying the most effective solutions …
systems, and obviously, a special attention is paid in identifying the most effective solutions …
Conceptual synthesis of speed increasers for wind turbine conversion systems
Most wind turbines (WT) are of the single-rotor type, which means they are simple, reliable
and durable, but unlikely to convert more than 40% of the available wind energy. Different …
and durable, but unlikely to convert more than 40% of the available wind energy. Different …
A generalized approach to the steady-state efficiency analysis of torque-adding transmissions used in renewable energy systems
The paper presents a general approach to the steady-state efficiency analysis of one degree
of freedom (1-DOF) speed increasers with one or two inputs, and one or two outputs …
of freedom (1-DOF) speed increasers with one or two inputs, and one or two outputs …
Performance analysis of a novel planetary speed increaser used in single-rotor wind turbines with counter-rotating electric generator
The paper presents a study on the kinematic and static performances of a new type of 1DOF
(Degree Of Freedom) planetary speed increaser to be implemented in wind turbines, a …
(Degree Of Freedom) planetary speed increaser to be implemented in wind turbines, a …
Efficiency Analysis of a Planetary Speed Increaser for Wind Turbines with Counter-Rotating Versus Fixed-Stator Electric Generator
The paper presents a comparative study of the efficiency of a planetary speed increaser with
spur gears used in wind turbines with one rotor and a counter-rotating electric generator …
spur gears used in wind turbines with one rotor and a counter-rotating electric generator …
[PDF][PDF] A Comparative Performance Analysis of Counter-Rotating Dual-Rotor Wind Turbines with Speed-Adding Increasers. Energies 2021, 14, 2594
Increasing the efficiency of wind power conversion into electricity poses major challenges to
researchers and developers of wind turbines, who are striving for new solutions that can …
researchers and developers of wind turbines, who are striving for new solutions that can …
A generalized approach to the efficiency analysis of torque-adding transmissions used in renewable energy systems
The paper presents a general approach to the steady-state efficiency analysis of one degree
of freedom (1-DOF) speed increasers with one or two inputs, and one or two outputs …
of freedom (1-DOF) speed increasers with one or two inputs, and one or two outputs …
Power Flow Modelling in a Planetary Speed Increaser for Wind Turbines with Counter-rotating Electric Generator
The paper presents the kinematic and static modelling of a planetary speed increaser with
one input and two outputs and a closed power loop, which is required in establishing the …
one input and two outputs and a closed power loop, which is required in establishing the …