Sentence examples for power generation load from inspiring English sources

All necessary monitor data are including power generation, load consumption, protection system, and other control parameters will be store at a control unit.

The dynamic model of a power system uses input time series from an hour-ahead power balancing model (SimBa) for power generation, load demand and power exchange corresponding to one particular day with high wind speed and high load demand.

The theoretical wind power generation load is predicted through wind and weather conditions, and the wind power used to supply power and heat does not exceed the theoretical value.

These approaches are applied to optimize the control variables such as real power generations, load tap changer ratios, bus voltages and shunt capacitance values under several power system constraints.

► By selecting the total power generation, total load demand and frequency decay rate as the input neurons of the ANN, the minimum amount of load shedding is determined to maintain the stability of power system.

Due to fluctuations in the renewable power generation, the load and the export power, the backup power B n (t) changes from 1 h to the next.

In day-ahead scheduling, with the estimated power generation and load demand, the optimal charging/discharging scheduling of EVs during 24 h is achieved by serial quadratic programming.

The proposed methodology yields the probability distributions of system marginal price, thermal (fuel based), solar and wind power generation and load shedding.

Simulation results illustrate the performance of the control strategy for an optimal management of the hybrid power production unit under different scenarios of power generation and load demand.

Simulation results shown comparatively the performance of the EMU strategies proposed under different scenarios of RES power generation and load demand.

As already mentioned, forecasting models that are able to predict the future power generation and/or load are of major importance in assuring the power grid's stability.