Sentence examples for compensated load from inspiring English sources

In this paper, a method for deriving significant parameters for the description of the dynamic behaviour of electromagnetic force compensated load cells (EMC) from its frequency response of the impedance is presented.

Compared with [14], the demand of active power injection using UPQC-S strategy P inj' can be given by P_{text{inj}}^{prime} = V_{text{L}} I_{text{L}} left[ {cos varphi - delta_{hbox{max} } ) + frac{{cos delta_{hbox{max} } }}{D}} right] (15 where δ max is the maximum difference value of phase angle between the pre-compensated and compensated load voltage.

The idea of adaptive tuning for the proposed controller to compensate load variations is outlined.

Responsive energy storage systems, such as batteries, can also improve the system stability, by providing ancillary services to help maintain the frequency of the system and compensate load fluctuations and generator and transmission line outages.

Consider the problem of detecting high CPU usage then if the rest of the sub-region is heavily loaded, start additional VMs to compensate for load.

This method can realize zero active power injection of voltage sag compensation with minimized converter current-carrying, and can compensate the load reactive power.

(8 where I EHCS - is the negative sequence components of EHCS to compensate the load active current negative sequence component; and I EHCS.q is the current of EHCS to compensate the load reactive current.

Nevertheless, the microturbine may not adequately compensate rapid load change due to its slow dynamic response.

It is well known that the power output of microturbine can be controlled to compensate for load change and alleviate the system frequency fluctuations.

With the combination of FBL technique and the tracking controllers based on resonant regulators, the DVR system provides an excellent control performance in the transient and steady states for compensating the load voltages with almost zero steady-state errors.

The master FuHSM controller was utilized to grantee the optimal power coordination of the multiple power sources and the slave DPPC controller was responsible for further compensating the load power demand to enhance the dynamic performance and bus voltage stability.