... with such uncertainty requires the wind-based electrical generating system to adapt to changes in wind speed and direction, and to adjust its pitching angle in such a way that maximizes output power and efficiency. This study explores and experiments with the relationship between wind speed, pitching angle...

... of such devices can be found in (Falcão, 2010). Famous examples include Wavebob (Weber et al., 2009), PowerBuoy (PowerBuoy, 2013) and Archimedes wave swing (AWS) (Cruz and Sarmento, 2007). united states government energy converter output power talos wave energy converter social responsibility hull...

..., and social goals. voltage converter operation social responsibility ocean energy generator output power mbc europe government output voltage electrical generator output current transformer wec sustainability sustainable development controller grid duty-cycle ratio sms dc-link...

... electric conductivity output power eddy current reservoir simulation generator magnetic field load position conductive area electrode current effective section ABSTRACT Taking the induced magnetic field, the electrode current, the load position and the conductive area of the load...

... ocean energy sustainability cylinder social responsibility pto system lmmhd-wec generator coefficient sustainable development renewable energy flow rate regular wave lmmhd generator output power liquid metal magnetohydrodynamic generator load current magnetohydrodynamic generator...

... in controlling the wave energy and reducing the threat to the coastal area. When subjected to longer waves, the average output power and conversion efficiency of the WEC can be up to 0.65 W and 2.73%, respectively. Moreover, it is found that the load of the energy device should be carefully designed to match...

... reduce the LCOE. subsea system social responsibility energy output power sustainable development upstream oil & gas artificial intelligence renewable energy ocean energy sustainability pto parameter pto output power wec coefficient dynamic response response characteristic...

... energy device. In the physical model, friction force was employed as the power take-off damping, and the instantaneous output power could be calculated using the measured tension forces and the recorded motion of float. Experimental results show that the resonance state of float plays an important role...

.... Furthermore, the evaluation of several working prototypes based on the strategy are demonstrated. configuration output power actual data operation power level battery system battery capacity specification module intersection point manufacturer efficiency estimation cruise performance...

... been created in 2014. The previous Navigation Support System (NSS) for the electric boat is made a calculation only a suitable speed and an output power based on battery. Therefore, NSS which present the possible cruising distance was extended for considering the added electricity. navigation...

.... Through ground experimental results verify the relationship of flow rate, rotational speed, and load and turbine generator output voltage. The established turbine model can meet the output power of improving turbine and ensure its working life. Adopt the field experimental the simulation of the accuracy...

... device generates AC electricity and the output voltage, current and power change sinusoidally with time; the maximum output power of 1.1kW was measured with a load resistance of 45µΩ: and magnetic flux density of 0.9T. The experiment results of the open-circuit satisfy well with those from calculations...

... piezoelectric bimorph cantilever generator frequency sustainable development thickness experimental investigation ocean energy piezoelectric chip piezoelectric generator social responsibility equation electrode metal shim output power external load The Theoretical and Experimental...

... functions is developed. The recommended speed and possible cruising distance are calculated and displayed by using information such as the desired cruising distance and time, SOC etc. The output power (motor and invertor output power) can be restricted automatically when SOC is not enough to achieve...

...) The Fig.10 is the output power. Here we define the output power output loadvoltage loadcurrentP V I Here outputP is the output power which is consumed by load resistance. Fig.10 The output power (K=0.534) The Fig.11 is the energy loss of internal resistance ( r ). Here we define it 2 loadcurrentr P I r...

... on the VAWT output power performance will be studied. During the process of simulation, a commercial code, Fluent 6.3.26, will be incorporated to facilitate the numerical prediction. NUMERICAL METHOD Modeling case profile The modeling case profile is briefly sketched in Fig.1(a), whereas Fig.1(b) shows the 2D...

... social responsibility mccormick sustainability buoy ocean energy design strategy water column length design process water column radius modeling & simulation optimum value output power maximum power water column sustainable development wec power generation system design...

..., the system has the largest output power and highest efficiency. The maximum output power of NaK78 is about three times of U-alloy47 and eight times of mercury. The average efficiency of NaK78 is two times of U-alloy47 and four times of mercury. INTRODUCTION A reciprocating liquid metal MHD generator...

... monitoring turbine compressors engines and turbines production control output power variation conversion factor airflow velocity simulation water column renewable energy dorrell Performance of Wells Turbines for Use in Small-Scale Oscillating Water Columns David G. Dorrell 1 and Min-Fu Hsieh 2...

... input power airflow velocity operation sustainable development oscillation ocean energy conversion rate social responsibility application output power wavelength wave period airflow renewable energy turbine wave height dorrell equation savonius rotor turbine speed Segmented small...