Sentence examples for capability of generators from inspiring English sources

A SDBR has a simple structure, which is applied in both AC and DC grids to enhance the transient stability and fault ride-through capability of generators [22, 23, 24], but it cannot overcome both overcurrent and overvoltage issues and current impulse usually occurs.

This paper uses the power modulation capability of wind generators for damping tie-line power oscillations.

A fault ride through (FRT) capability of synchronous generators is currently required by most grid codes, beyond what is required by International Electrotechnical Commission (IEC) and Institute of Electrical and Electronics Engineering IEEEE) standards for round rotor generators.

Furthermore, the accommodation and curtailment of wind power is synergistically considered according to the available regulation capability of conventional generators in operation.

Thirdly, the wind power accommodation and curtailment is synergistically considered according to the available regulation capability of conventional generators on operation.

The paper also investigates the potential use of the energy stored in the dc link capacitance as an auxiliary means to increase the power modulation capability of the generator.

Smart grids allow for better coordination of the needs and capabilities of all generators, grid operators, end users, and electricity market stakeholders in operating all parts of the system as efficiently as possible, minimizing costs and environmental impacts while maximizing system reliability, resilience, and stability (Energy Agency 2011a).

The testing revealed the adequacy of heat transfer capability of the steam generator to transfer the intended power.

In the proposed system, an SOFC stack operating at fairly constant temperature provides the baseline power with high efficiency while the fast dynamic capability of the GT-generator is fully explored for fast dynamic load following.

Over the years, I gradually expanded some capabilities of "Sculpture Generator I".

Large disturbance simulations demonstrate that the designed controller enhances voltage stability as well as transient stability of the system during low-voltage ride-through transients and thus enhances the LVRT capability of fixed-speed wind generators.