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electricity English
Meaning electricity meaning
What does electricity mean?
Definitions in simple English
electricity
electricity
Synonyms electricity synonyms
What other words have the same or similar meaning as electricity?
electricity English » English
Topics electricity topics
What do people use electricity to talk about?
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What words refer to electricity?
Examples electricity examples
How do I use electricity in a sentence?
Simple sentences
Lightbulbs consume electricity.
To produce electricity, more wind is needed.
There is no electricity out here.
Can you imagine what our lives would be like without electricity?
Not a day passes in which we don't use electricity in our daily lives.
The power plant supplies the remote district with electricity.
The villagers have done without electricity for a long time.
The automobile runs on electricity.
The machine generates a lot of electricity.
This power station alone provides several cities with electricity.
This machine is driven by electricity.
This machine produces electricity for our daily use.
This dam supplies us with water and electricity.
This air conditioner consumes a lot of electricity.
Our college uses far too much electricity.
Machinery uses a lot of electricity.
Can you imagine what our life would be like without electricity?
This machine works by electricity.
Do you cook by gas or electricity?
Nuclear power is used to generate electricity.
Wires transmit electricity.
Movie subtitles
Electricity - ya know what that is?
The air is heavy with electricity.
Well, it's a gun they discharge by electricity.
I do not deny its beauty, but it's a waste of electricity.
Do you know anything about electricity?
They make their own electricity.
They don't know a thing about electricity.
If I had a farm like hers with running water and plumbing and electricity. and machines to take care of the livestock, I'd have more time to concentrate on you too.
Electricity, gas and water in every one of them.
Wheels that make electricity.
They shut the electricity off, we still have light.
Listen, I'm a pretty handy fella with electricity, you remember?
You've got to have a chain on the ground, get rid of electricity.
It will install electricity for you at its own expense.
Strapped in a chair heated by electricity.
The man turned off the electricity this morning.
Electricity, The high priest of false security.
It's a machine that floats on waves. Wheels that make electricity.
I know you often fall asleep with the lamp on, but since the electricity has been cut off for an hour, I came down to find a book.
You see, the electricity's been neutralised. all over the world.
Do you think electricity is free?
There's no electricity on Black Island.
And I pay the electricity.
For the electricity, for water!
After midnight the electricity goes off around here.
The electricity's about to go off.
An electricity company.
I know you often fall asleep with the lamp on, but since the electricity has been cut off for an hour, I came down to fiind a book.
Aside from electricity and plumbing, it's just as it was 200 years ago.
It's created by electricity.
The Martians have now announced that for the past three centuries, they haven't used coal, oil, electricity, any form of power on which we rely.
It's going well, I can tell you, cutting off all the electricity!
Well, you won't have no electricity, no refrigerator.
News and current affairs
Most developed countries already have a tax of this size (and often much larger) on electricity and fossil fuels, although this also incorporates the costs of air pollution and supply insecurity.
While CFLs are more expensive to buy, they are much cheaper over their lifespan, because they use much less energy (even more so with the cost of CO2 factored into taxes on electricity).
Sometimes, when there is electricity, I watch television and see how people live in other places.
It is easier to use than wind or solar power because it can produce electricity around the clock, without reliance on weather conditions.
Suppose that we levy a small tax on existing coal power plants in order to pay for the solar subsidy, and then gradually raise consumers' electricity bills as more and more solar plants are phased in.
Let us presume, finally, that by 2050, all electricity production has made the transition to low-carbon energy sources.
That information moves according to the laws of electricity.
Either technology will depend on a national electricity grid that uses low-emission forms of power generation, such as wind, solar, nuclear, or coal-fired plants that capture and store the carbon-dioxide emissions.
The world's three billion energy-poor people need cheap electricity to cook and keep warm.
There is also the challenge inherent in wind-generated electricity: ensuring that the city can continue to run when the wind is not blowing.
To address this problem, Copenhagen has had to devise an electricity-generation strategy that enables it sometimes to run on coal-fired power when necessary, without creating net emissions.
Look at the long-term price trends of coal and gas, which power the vast majority of global electricity production.
With many more countries set to tap shale-gas reserves over the next decade, this downward trend will most likely continue, helping to lower the price of electricity generation further.
That is why Aurora Energy Research recently projected a significant decline in electricity prices for the next three decades.
Not so in much of Africa, which experiences some of the world's greatest power deficits, and where only two in ten people have access to electricity.
There is no shortage of hydropower plants for electricity generation in Africa.
Other resources like fuel oil, diesel, light crude, solar, and gas are also available as means of electricity generation, but their costs are all quite prohibitive.
Much of the future increases in coal-fired electricity generation will come from strategically important developing countries like China and India.
In 2006 alone, China added about 93,000 megawatts of coal- fired electricity generating capacity, and this trend is expected to continue as the country tries to meet its huge energy needs.
Coal plants currently provide more than half of America's electricity supply.
We need a game changer, like the integrated circuit, radio, or electricity.
Even the most modern and advanced conventional coal-fired power plants emit over 15 times more CO2 per unit of electricity than renewable energy systems, and more than twice the amount of efficient gas-fired power stations.
Governments have far more cost-effective electricity-generation technologies at their disposal.
Of course, coal continues to offer millions of people a reliable source of electricity - and the transition to low-carbon technologies will not happen overnight.
Low-carbon electricity can be produced by solar, nuclear, and wind energy, or by coal-burning power plants that capture and store their CO2 emissions.
Denmark, which houses some of the most efficient coal-fired power plants in the world, equally relies on coal for half of its electricity production.
The switchover, however, would more than double the electricity bill in this example.
This approach allows higher consumer electricity prices to be phased in gradually, yet establishes strong, immediate incentives for adopting solar power.
Argentina has the world's largest fleet of vehicles running on compressed natural gas; families use gas intensively; most electricity is generated with gas; and the petrochemical industry is based on it.