The phrase "construction of grids" is grammatically correct and can be used in written English.
It refers to the process of building or creating a grid system, which is a series of intersecting horizontal and vertical lines used to organize and display information. Example: The city's engineers are currently in the process of planning the construction of grids for the new downtown area, to better organize the streets and sidewalks for pedestrians and drivers.
A key issue in the construction of grid-friendly offshore wind farm is how to reasonably achieve the optimal allocation of active power of each unit so as to improve the safety and grid power of the wind farm.
The integration of renewable energy sources, participations of demand side and deployment of advanced sensor infrastructure have further increased the system complexities and have driven the re-constructions of grid operations [1].
The construction and implementation of this project can also provide a good reference in technology and engineering for the future power supply of offshore islands, grid integration of renewable energy sources, multi-terminal DC transmission system, even construction of DC grids and other applications.
We deal with the automatic construction of orthogonal grids on meander-like regions.
However, the construction of the grids and the way of storing information about conditional probability density functions of the state are based on different ideas.
From the first look, the PV-genset option seems to be more appealing than the PV grid option, since the construction of a grid system would necessarily weaken the chance for a feasible use of a PV array.
Congress should grant the Federal Energy Regulatory Commission FERCC) the power to regulate construction of the grid in the same way it does the construction of pipelines.
Therefore, NSF-CAES is undoubtedly destined to create great value in the construction of smart grid and energy internet.
Through the construction of icosahedral grid systems (Tomita et al. [2001], [2002]), a shallow water model (SWM) (Tomita et al. [2001], [2002]) was initially tested.
This paper analyzes the feasibility of cloud computing for the construction of smart grid, extends cloud computing to cloud-client computing.
