Sentence examples for maximum power produced from inspiring English sources
The theoretical maximum power produced by a turbine can be computed from the mass flow rate of the steam multiplied by the ideal enthalpy drop per unit mass between the steam generator exit and the condenser conditions.
The maximum power produced varies with both irradiance and temperature.
Further, the true maximum power produced by a PV module is directly proportional to the average output electric energy.
The results shows that solar radiation and air temperature are found to be most influencing input variables for ANN based prediction of maximum power produced by PV module with mean absolute percentage (MAPE) of 2.15 %.
Coefficient k 1 has been used also to approximate the maximum power produced by the PVG each hour during the year by multiplying the power of the reference PVG, calculated once a time at the beginning of the program, by that coefficient.
The first is to determine the optimal electrical connection among the panels that ensures the maximum power produced at the actual irradiance conditions, while the latter is to constrain the computation time of such optimal configuration to fit the need of real time applications.
Under the incident wave conditions of maximum average power produced by air, the lateral force and the base moment has enlargement phenomenon.
The maximum output power produced by nanocomposite cantilevers was 0.025 μW across a resistive load of 100 kΩ with peak to peak voltage of ∼140 mV at a resonance frequency of 4 kHz.
The maximum allowable electrical power produced, exported to the grid or to an electronic loadbank, or consumed by the system under test is 100 kW; maximum allowable thermal power is roughly 200 kW with variable temperature water circuits (from chilled water up to a 150 °C at 8 bar superheated water loop).
As the cathode catalyst, the maximum power density produced from microbial fuel cell with Pt3-Fe/C (1680 ± 15 mW m−2) was 18% higher than that with conventional Pt/C (1422 ± 18 mW m−2), and the stability of Pt3-Fe/C was greatly improved.
At the 50th percentile, it can be clearly seen that while power control surrenders a slight portion (≈ 4%) of the system capacity achieved by maximum power transmission, ULIP produces a gain of over 15%, resulting from the large number of MSs given throughput boosts (see Figure 7).
