Sentence examples for interconnected grids from inspiring English sources

To manage risk, government spending priorities should be energy efficiency, interconnected grids to link up different power sources across wide regions, smart grids to smooth demand and absorb volatile wind and solar power, and electric cars.

Reference [19] presented two droop control strategy for distributed generation in interconnected grids.

Identifying inter-area oscillations can be a challenge for interconnected grids.

Smaller size nuclear reactors (IAEA defines as "small" those reactors with power<300 MWe and "medium" with power<700 MWe) can represent a viable solution for both the stakeholders, especially for developing countries, or countries with not-highly-infrastructured and <span class="lh">interconnected grids, or even for developed countries when limitation on capital at risk applies.

Interconnecting grids internationally would permit the generation and transfer of electricity at least possible cost, which would not only ensure efficient utilization of natural resources, but also access to tapping efficiently generated power across international boundaries.

But oil flows routinely across the border, with crude generally going south and products going north, and the two countries share interconnected electric grids, meaning that interdependence with a friendly democracy is generally viewed as independence).

In modern, large scale interconnected power grids, low-frequency oscillation is a key roadblock to improved power transmission capacity.

With the development of advanced power system controls, the industrial and research community is more interested in simulating larger, interconnected power grids.

Creating interconnected offshore grids that combine cross-border links and connections of offshore plants to shore offers multiple economic and environmental advantages for Europe's energy system.

In the grid, high voltage DC (HVDC) can increase the capacity for existing corridors, interconnect grids that are not mutually synchronised and enhance energy efficiency both at generation and at end use.

The proposed concept can be an attractive approach to interconnect various grids to form a large MTDC network in future.