Sentence examples for capability curves from inspiring English sources

The present article assesses the study of the PV generator capability curves for use in large scale photovoltaic power plants (LS-PVPPs).

The two methods are tested by means of simulations on a real distribution system and the results indicate that both methods allow the voltage profiles to be regulated at the wind generator connection bus within voltage standard limits, by taking into account the capability curves of the wind generators.

Ref. [40] formulates the starting sequence of generators as a mixed integer linear programming problem, using the transformation technique on the nonlinear generation capability curves.

Moreover, in few research papers about VVC at distribution level, the cost model of provided reactive power by DERs and the Var capability curves of DERs have been addressed.

The results for each case scenario shows that the capability curve and the limitations are directly affected by: the solar irradiance, temperature, dc voltage, and the modulation index.

In addition, an operation region in the generator capability curve, high active power and absorbing reactive power, where the identification experiment produces better identification results is located.

This article discusses how controlling the transformation ratio of step-up transformers can enlarge the area surrounded by the reactive power capability curve.

DFIG operational limits are defined based on wind generator's capability curve in terms of the actual terminal voltage and wind speed.

For the initial analysis of the operation of MMC, a capability curve based on active and reactive power of the MMC is achieved through a part of the six order dynamic equations.

We also found that a flat pulse-power capability curve increases capacity usage and decreases battery size, and that two important parameters for battery design are (U − Vmin Vmin/R, which reflects the maximum power capability, and Q〈V〉, which reflects the battery energy.

The study has illustrated that, a significant reactive power contribution can be obtained from partially loaded DFIG wind farms for stability enhancement by using the proposed capability curve based reactive power controller; hence DFIG wind farms can function as vital dynamic reactive power resources for power utilities without commissioning additional dynamic reactive power devices.