Sentence examples for electricity system technologies from inspiring English sources

The power grid is undergoing a revolution and modernization through integrating information and communication technologies with the power system and also installing new electricity system technologies.

A telegraphic bellwether of the new smart grid was the recent announcement of an alliance between $25 billion-in-sales Google and $155 billion-in-sales General Electric to collaborate to bring power of network technologies to the grid because the "21st-century electricity system must combine advanced energy technology … and cutting-edge information technology".

He said there was nothing in the report to suggest wind was a more unreliable technology than any other technology in an electricity system: "The production or not from these windfarms would have made no difference to the ability to sustain supply in South Australia after those three 275kV lines had been dropped".

The base case scenario represents continuing with business-as-usual using technologies in the electricity system as they currently are without consideration for efficiency and how they contribute to global warming through emission of GHG into the atmosphere.

Nevertheless, the emerging policy narrative signals the growing importance of renewable electricity sources, distributed generation and smart technology for the electricity system of the future.

The application of self-sufficient off-grid electricity system using both renewable energy and storage technology can be of use in the remote isolated area.

The costs include those of building and running power plants, and those associated with particular technologies, such as balancing the electricity system when wind or solar plants go offline or disposing of spent nuclear-fuel rods.

He added: "Scotland needs both wave and tidal stream technologies to help decarbonise our electricity system, increase energy security and reduce dependence on imported fossil fuels".

Outside of the model, examining average generating efficiencies, average capacity factors, and emission factors of existing technologies in the West African electricity system gave a different ranking.

The SD model examined the tension between providing adequate supply capacity against reducing emission from the generation technologies in the West Africa electricity system.

The bid selection is subjected to different constraints, such as transmission constraints in the electricity system and capacity constraints of storage and generation technologies.