The phrase "a grid that can" is correct and usable in written English.
It can be used when describing the capabilities or functions of a grid in various contexts, such as technology, design, or data organization.
Example: "We need to create a grid that can adapt to different screen sizes for our responsive web design."
Alternatives: "a grid capable of" or "a grid able to".
Redesigning the System A nationwide supply of renewable power requires a grid that can move electricity from windy, sunny places to the cities.
The site will offer program schedules for all available digital and analog cable channels; a grid that can be customized by ZIP code and cable or satellite provider; and detailed information on shows and episodes.
A collection of public and private organizations and projects that use software developed at the U.S. Department of Energy and the University of Southern California to link scattered supercomputers, scientific instruments, and data storage facilities into a "grid" that can take on tough computational problems-like screening for new drug molecules.
Arwen wants to build a grid that can better handle the rise of green power.
But if you don't have ubiquity of plugging, if you don't have a smart grid and a grid that can talk to each other nationally, you're probably not going to move nearly as quickly as you should.
"We don't have a grid that can support a truly competitive market," Angelides said, stressing that California imports 30% of its power supplies and needs new connections to other states.
There is a growing sense that efforts to create a national grid, that can send power from vast wind farms in the Midwest to cities on both coasts, might make less sense than creating a more resilient grid, with a larger and more diverse array of power sources.
The trend toward distributed power generation reverses the usual one-way flow of power from a major plant to consumers, but it also requires a power grid that can effectively manage this two-way street.
And it is pioneering aspects of a smart grid that can cope with fluctuations in generation from renewables.
We do not take the view that solving in Lagrangian coordinates equates to solving on a moving grid that can become twisted or distorted.
This is achieved by dividing the urban space into a multilevel grid that can be easily combined with grid-based population data to facilitate accessibility modeling, calculation, and evaluation.
