The phrase "and the current grid" is correct and usable in written English.
It can be used when referring to an existing electrical grid or system in a discussion about energy, infrastructure, or technology.
Example: "The report highlights the challenges faced by renewable energy sources in integrating with and the current grid."
Alternatives: "and the existing grid" or "and the present grid".
The integration of distributed generation units and microgrids in the current grid infrastructure requires an efficient and cost effective local energy system design.
Power outages and defects in the current grid system cost US businesses more than $120 billion dollars a year.
A modernized grid would also pave the way for wider use of energy alternatives, like wind and solar power, and plug-in hybrids that the current grid cannot adequately incorporate, as well as promote efficiency and conservation.
Using digital intelligence and smart technologies to improve the current grid systems could prevent outages and faults, restore outages faster, and help manage demands.
SimBa estimates the possible wind power schedule within the operating hour based on P WPP_HA and balances the power system internally, while taking the current grid regulations and the energy market rules continuously into account.
This paper analyzes the current grid and point outs its disadvantages; according to the present demands from power users, presents the characteristics of smart grid and its technical components, finally puts forward smart grid architecture.
SimBa can model the power system in detail, taking the current grid regulations and the energy market rules into account.
When the other sensor nodes receive CellHead_02, the sensor node A becomes the new head node of the current grid cell, and the previous head node is retired.
The algorithm can start from any initial exterior region that is a subset of the true exterior region, for example, an outmost corner grid point of the bounding volume, and iteratively tag all the grid points as exterior or interior points based on the comparison of the closeness to the object boundary between the current grid points and its neighboring interior grid points.
Similar to FMG method, the EXFMG method starts with the coarsest grid to compute the solution by a direct solver, and applies an interpolation operator on the current grid to provide an initial guess for Algorithm 1 on the next finer grid.
