The phrase "a powerful grid" is correct and usable in written English.
It can be used in contexts discussing energy, technology, or systems that are robust and effective.
Example: "The new energy policy aims to create a powerful grid that can support renewable energy sources efficiently."
Alternatives: "a strong grid" or "an effective grid".
For instance, in addition to resource-constrained embedded sensor/actuator nodes, devices carried by humans (e.g., PDAs), energy-rich nodes attached to vehicles (e.g., laptops), resource-constrained UAVs, as well as nodes with continuous Internet connectivity (e.g., ground stations and computationally powerful grid nodes) can all be part of the same CPS ecosystem.
Combining these two Grid applications offers a powerful environment for performing large scale Grid base workflows.
Until the market is liberalised, nobody knows what demand will be.Fears of asset-stripping aside, Mr Illarionov thinks the main weakness in the reform plan is that Mr Chubais may control the national grid, a powerful weapon in a country where vast regions have one supply line.
For Foster the British Computer Society's 2002 Lovelace Medal winner and a 2003 American Association for the Advancement of Science fellow such corporate ventures are a critical step in making grids, already a powerful scientific tool, important in everyday life, when the Grid will be as common as the Internet and as seamless.
Sober Grid is a powerful tool to help people get, and remain, clean and sober.
For complex geometries, unstructured tetrahedral grids are a powerful tool for discretizing the model, but they complicate the particle-to-wall distance calculation, especially when non-linear mesh elements are used.
The emerging paradigm of grid computing provides a powerful platform for the solution of complex and computationally expensive problems.
MAGGIE CRADDOCK: I love that question because really being able to see those blind spots is one of the most powerful aspects of using the power grid.
However, the emerging paradigm of grid computing provides a powerful platform for the solution of such problems by providing transparent access to large-scale distributed high-performance compute resources.
In 1989, for example, a powerful geomagnetic storm knocked out the Hydro-Quebec power grid leaving six million people without electricity.
