Sentence examples for a robust power from inspiring English sources

Triboelectric nanogenerator (TENG) has proven to be a robust power source to efficiently convert ambient mechanical energy into electricity.

A robust power system stabilizer (PSS) is proposed as an effective way to damp-out oscillations in electric power systems.

Visual rhythmic stimulation evokes a robust power increase exactly at the stimulation frequency, the so-called steady-state response (SSR).

For instance, a weak power network could require more tighten fault ride-through capabilities (lower voltage and longer duration) than a robust power system.

Using a novel database of 99 events with losses larger than $50 000 constructed by Sovacool, we document a robust power law distribution with tail exponent μ≈0.7.

A robust power and rate controller is presented, which is designed based on the H∞ control approach with linear matrix inequality (LMI).

In this paper, a robust power-level regulation scheme based on linear active disturbance rejection control (LADRC) is presented for PWR.

The results of this new analysis confirm earlier results revealing a robust power-law behaviour in the probability distribution function of the sizes, duration and laminar times between avalanches.

We also observed a robust power-law relationship between BA and BD over four orders of magnitude (Fig. 1F).

A new robust power system stabilizer (PSS) design using Quantitative Feedback Theory (QFT) for damping electromechanical modes of oscillations and enhancing power system stability is proposed in this paper.

This paper proposes a novel robust power system stabilizer (PSS), based on hybridization of fractional order PID controller (PIλDμ) and PSS for optimal stabilizer (FOPID-PSS) for the first time, using a new metaheuristic optimization Bat algorithm (BA) inspired by the echolocation behavior to improve power system stability.