Sentence examples for grid which could from inspiring English sources

Giant batteries are being developed to store electricity on the grid, which could transform the market for intermittent renewable sources such as wind and solar.

Analysts expect E.ON to sell the Thüga group and its stakes in 120 municipal-power companies, which could fetch €3 billion-5 billion $4.6 billion-7.6 billion-7.6 billioninn to the electricity grid, which could go for €2 billion.

The nearly $790 billion economic stimulus legislation contains tens of billions of dollars in loans, grants, and tax incentives for advanced battery research and manufacturing, as well as incentives for plug-in hybrids and improvements to the electrical grid, which could help create a market for these batteries.

Standing at 184cm, Hulkenberg is one of the tallest and heaviest drivers on the grid which could put his team at a disadvantage.

The first set of experiments to analyse particle size was conducted by ablating the Si target for a short 2-min deposition time and collecting the ablated material onto a transmission electron microscopy (TEM) grid, which could then be analysed using a Phillips FEI Technai TF20 field emission gun TEM (Hillsboro, OR, USA) operating at a gun voltage of 200 kV.

It begins laying the groundwork for a regional electricity grid, which could make renewable energy more available throughout the West.

Simulations of faults in the HVDC network show the ability of the protection scheme to isolate the fault, and the converter stations and wind turbines are able to ride-through the fault without tripping based on the 5ms switching time of the circuit breakers Longer switching times will cause significant rises in the offshore grid frequency, which could cause the turbines to trip.

Longer response duration is more useful for grid operators, which could be applied to most periods.

The discrete stochastic equation was used to compute sub-grid fluctuations, which could be added to the resolved velocity field, and specifically took into account combined effects of particle inertia and non-homogeneous turbulence.

In July, Denmark announced plans to deploy the world's most extensive smart-grid infrastructure, which could make distributed energy the country's primary source of electricity before long.

In particular, competing predictions regarding place and grid cell firing, which could result from continuous attractor networks, or oscillatory interference (grid cells) or environmental inputs (place cells), have encouraged much experimental activity.