Sentence examples for grid optimization problem from inspiring English sources

The goal of the smart grid optimization problem is to optimally control DG such that network operating constraints are maintained and power mismatch between generation, demand and loss is constrained to zero.

Here we formulate the distributed smart grid optimization problem as a distributed dynamic OPF problem.

Then in Sect. 3 our smart grid optimization problem is formulated as a distributed Optimal Power Flow problem.

2, we introduce the smart grid optimization problem in terms of separable distributed generation costs, power flow and power mismatch constraints, and generation and nodal voltage limits.

Since state transitions are dependant on the previous state, action and random variables, the smart grid optimization problem may present a large number of reachable states for which the expectation of the future cost-to-go must be calculated.

Finally, grid fins shape optimization problem of the launch vehicle is solved, with the objective function and constraints calculation tasks accomplished automatically by batch mode CFD simulations.

On the other hand, the problem of grid optimization is thereby reduced to a problem of elasticity and the problem of translating grid optimization criteria into criteria for assigning spring constants to grid lines.

To estimate the sparse grid, we formulate an optimization problem using customized binary weights in the regularizer, where the weights are formulated to promote periodicity.

Ensuring the reliability of the grid is merely an optimization problem.

The parameters tuning of PID can be summed up as the typical continual spatial optimization problem, grid-based searching strategy is adopted in the improved ACO algorithm, and self-adaptive control strategy for the pheromone decay parameter is also adopted.

By defining the problem as a constrained nonlinear optimization problem, suitable grid and flow solver parameters are obtained.