Sentence examples for robust grid from inspiring English sources

On the contrary, argues CERA, a robust grid may be an important part of a micropower future.

The department is also underinvested in the power grid, the report said, yet the country will need a more robust grid to make fuller use of renewable energy.

In this case, efficient, scalable and robust grid server which can deal with large file transfer concurrent is needed.

Developments in flexible AC transmission systems (FACTS) aim to provide robust grid control at times of complex operational demand, usually associated with random external disturbances or fluctuations [22].

It works by creating a robust grid of the global ocean, analyzing location-specific ocean temperature data, and integrating this data into a map that provide a portrait of how the ocean has changed from 1960 to now.

Although fundamentally it is not new, the flexible and robust Grid Security Infrastructure (GSI) appears to some users to be a new security mechanism.

Over the years, domestic and overseas studies and engineering practices on UHV grids, smart grids, clean energy, and supergrid interconnections, especially China's success in building the robust smart grid, have laid a solid foundation for developing a global network of energy interconnections.

In places with a robust enough grid and the right sort of computerization, even solar can balance wind, and vice versa.

Achieving a new generation of electric vehicles will require a decade of public and private partnership to achieve basic technological development (such as improved batteries), a more robust electric grid, new infrastructure for re-charging the automobiles, and much more.

A variational principle is proposed that results in a robust elliptic grid generator having many of the strengths of original Winslow or homogeneous Thompson-Thames-Mastin method (hTTM).

In 2009, the State Grid Corporation of China puts forward the concept of constructing "robust smart grid" including six parts: power generation, power transmission, power transformation, power distribution, power utilization, and dispatching, and it covers all voltage levels [1].