Sentence examples for solving power from inspiring English sources

Unified power quality conditioner (UPQC) holds the capability of solving power quality problems, especially shows good performance in the voltage sag compensation.

IP is widely used in solving power system operation and dispatch problems, because the optimality of the solution found by IP is guaranteed [26].

This paper presents a novel hybrid algorithm combining Firefly Algorithm (FA) and Nelder Mead (NM) simplex method for solving power system Optimal Reactive Power Dispatch ORPDD) problems.

Therefore, to solve {(11), (13)}, {(18), (19)}, {(21), and (22)} we can use conventional algorithms for solving power allocation problems when a sub-channel power constraint is imposed [25].

In January 2012, John Cook posted this to his widely-read blog : In a review of linear programming solvers from 1987 to 2002, Bob Bixby says that solvers benefited as much from algorithm improvements as from Moore's law: "Three orders of magnitude in machine speed and three orders of magnitude in algorithmic speed add up to six orders of magnitude in solving power.

A recent paper reported ICA is powerful to solve power system combinatorial problem [23].

This paper presents the mean variance (MV) model to solve power system reactive power dispatch problems with wind power integrated.

This paper summarizes available and emerging control technologies to solve power quality problems in the strong smart grid.

The results of the paper are universally applicable and are already being used to solve power engineering problems.

This paper presents the mean-variance (MV) model to solve power system reactive power dispatch (RPD) problems with wind power integrated.

Based on (20), a convex approximation of objective function is presented to solve power control optimization problem with High-to-Low SINR Scenario, as shown in (21).