hydrokinetic turbine and yields about 9.9% higher power coefficient (CP) than single Darrieus rotor. The average torque coefficient …

hydrokinetic turbine and yields about 9.9% higher power coefficient (CP) than single Darrieus rotor. The average torque coefficient …

comprised of wind power coefficient, tip speed ratio, mechanical and electrical subcomponents. The measured results of developed …

comprised of wind power coefficient, tip speed ratio, mechanical and electrical subcomponents. The measured results of developed …

differs depending on whether SCM or PCM is used. We have compared and analyzed the power quality and the power coefficient … preferable to PCM in terms of the power coefficient, but PCM was superior in terms of power quality and system stability. …

blades, and the results indicate that both the OPT and UOT blades perform with the same maximum power coefficient, <i … UUT blade has a maximum power coefficient of <i>C_p</i> = 0.210 at λ = 3.86. After the tests, numerical …

significantly increases the power coefficient by 36% compared with no end plates. We found that the Maskell's blockage correction … from 3 to 8.3%. It was also observed that the power coefficient increases linearly in proportion to the area of the end …

.8% in maximum power coefficient with the newly developed two-bladed turbine. …

wind turbine with a 0.3 m rotor diameter achieved the maximum power coefficient of 0.17 at the tip speed ratio of 0.6 under … the wind velocity of 8.2 m/s. It was also found that the power coefficient was linked to the hub-to-tip ratio and reached …

hardly any quantitative measure of the self-starting, torque, power coefficient etc. with increased rotor solidity so as to … overall better performance of the rotor. There is an optimum rotor solidity at which power coefficient is the highest. And the … and comparable power coefficient with respect to existing rotors, the present rotor could be used for various small …