Sentence examples for minimum power generation from inspiring English sources

The bus voltages with magnitude and phase angle for this maximum and minimum power generation are presented in Tables 1 and 2 and Fig. 8, respectively.

When calculating optimal power flow (OPF) whose objective function is minimum power generation cost, the wind turbine can be connected to power system as negative load [27].

Hence, in addition to the change of condensate temperature as for nominal load, the energetic losses increase up to 26%% of the fuel rate for minimum power generation and maximum heat extraction of the CCPP.

From the results, it is clear that for minimum power generation all the buses are within the voltage stability limits, but for maximum generation there is variation and imbalance of voltages in different buses of the WIS.

With the minimum power generation cost objective function, power balance equations and system safe operation constraints, OPF can make the priority scheduling of renewable power generation resources and the lowest levels for energy consumption goal come true (Appendix C and Appendix D) [28].

It is also clear from Fig. 7  that for a total generation of 850 MW by wind integrated system, the maximum and minimum power generation is found to be 393.30 and 122.2 MW with a total power loss of 78.44 MW including variable and fixed losses.

For handling the CHP/STC/DH plant, two methods are considered along with thermal load following operation strategy: maximum power generation (MPG) and minimum fuel consumption (MFC).

Rybach (2010), in his definition of EGS, quoted a minimum temperature range for power generation of 150 200 °C.

This optimization procedure serves two purposes: while maintaining the required structural strength and integrity for an ultimate inflow speed, it aims to reduce the material to a minimum and to maintain power generation efficiency or improve the hydrodynamic efficiency.

The minimum and maximum average annual power generation at Panaji and Tiruchirapalli are 7.25 GW h, and 12.68 GW h respectively.

Such designs, which are mainly focused on the generation of constant minimum power level inside the subject's cage, have been investigated in [43].