Sentence examples for electrical generating station from inspiring English sources

China now has about 700 solar panel manufacturers with a combined annual production capacity of 40 gigawatts of electricity — the electric power equivalent, at peak sunlight hours, to the total output of every electrical generating station in New York State.

Several thermodynamic relations between energy and exergy losses and capital costs for thermal systems and equipment are developed and applied to a modern coal fired electrical generating station.

It was described at the time as "a small village of workshops and offices and an electrical generating station to provide the power for driving the machinery and for lighting purposes during construction".

The results may (i) provide useful insights into the relations between thermodynamics and economics, both in general and for electrical generating stations, (ii) help demonstrate the merits of second-law analysis, and (iii) extend throughout the electrical utility sector.

Several modern electrical generating stations are discussed and possible generalizations in the relation between thermodynamic losses and capital costs are suggested.

British electrical engineer who promoted the installation of large electrical generating stations and alternating-current distribution networks in England.

In the worst winter in a half-century, with temperatures down to 50 below zero, Primorsky's four electrical generating stations have resorted to rolling blackouts, plunging even big cities like Vladivostok into darkness and chill for as long as 12 hours a day.

The commission said it approved the project, intended to transport 700 million cubic feet of gas a day to New Jersey and the New York City area, because of growing demand in the deregulated gas market, spot shortages of gas in recent months, recent sharp increases in heating oil prices, and 18 gas-fired electrical generating stations proposed in New Jersey to meet peak summer power demands.

The results are reported of energy- and exergy-based comparisons of coal-fired and nuclear electrical generating stations.

This chapter provides insights into the relations between energy and exergy losses and capital costs for electrical generating stations.

The relation is investigated between capital costs and thermodynamic losses for devices in modern coal-fired, oil-fired and nuclear electrical generating stations.