Sentences with phrase «residential electricity needs»

With more than 80 countries now harnessing the wind, there is enough installed wind power capacity worldwide to meet the residential electricity needs of 380 million people at the European level of consumption.

With this 31 percent jump, the global wind fleet is now large enough to satisfy the residential electricity needs of 250 million people.

This package could lead to the development of 23,000 megawatts of wind generating capacity, enough to satisfy the residential electricity needs of 7 million homes.

Further south, Delaware is planning an offshore wind farm of up to 600 megawatts, which could satisfy half of the state's residential electricity needs.

Requiring an investment of over $ 12 billion, these wind farms off the east and northwest coasts of England, the north coast of Wales, and in the shallow waters of the Thames estuary could satisfy the residential electricity needs of 10 million of the country's 60 million people.

Enel, Italy's leading utility, sees the country reaching 30,000 megawatts by 2020 — enough to satisfy half of its current residential electricity needs.

Not exact matches

The New York Public Service Commission said the decision was needed «to prevent local electricity prices for existing residential and business customers from skyrocketing.»

The ruling was needed to level the playing field and prevent local electricity prices for existing residential and business customers from skyrocketing due to the soaring local demand for electricity.

But, when Project Laundry List inform us that electric clothes dryers use 6 % of residential electricity in the United States, while the US Department of Energy rate them as the second biggest muncher of household energy, maybe that aversion needs redressing.Wanna get some solar energy mojo happening at your house?

This will more than satisfy the residential needs of the state's 25 million people, enabling Texas to export electricity, just as it has long exported oil.

Dan Thiede, communications director for the Minnesota nonprofit Clean Energy Resource Teams, said signing up residential customers «is very resource intensive» and most solar gardens have found «more bang for their buck» by simply signing up business clients with high electricity needs.

And even though the state's residential home electricity consumption ranks among the lowest (due in part to those high prices and generally lower air conditioning needs in summer and the use of gas and oil for heating loads in the winter rather than electricity), the average monthly electric bill in 2016 was just over $ 142 per month, third highest in the nation.

Residential solar power usually must be supplemented by traditional electricity from the power grid to provide additional electricity when the solar panels can not meet energy needs, such as when it is nighttime or extremely cloudy.

Good point on the cost thing, although the Hyperion site makes it abundantly clear that it's not targeted at commercial / residential uses (even though everyone converts the electricity output to «houses powered», including me)-- they're targeting high energy - use industrial customers, and such customers might find paying $ 30 million for a 20 MW transportable, pre-fab power plant that doesn't need hundreds of miles of power lines or a year to build a bargain.

This will more than satisfy the residential needs of the state's 24 million people, enabling Texas to feed electricity to nearby states such as Louisiana and Mississippi.

New England is over 50 percent dependent on natural gas for its electricity generation and needs dependable sources of natural gas to keep both its residential customers and its electricity generators supplied with natural gas.

It is important that we know which utility you are with because we have the residential electricity rates for each of the utility companies in our database and this means if you tell us your average monthly bill we can work out how many kilowatt hours of power you need your solar panels to produce.

We can eliminate at least 30 % our electricity need, reducing CO2 and other Greenhouse Gas emissions and create green jobs at the same time by subsidizing comprehensive Energy Audits (with blower door tests using infra - red cameras to detect air leaks) weatherization and retrofitting residential and commercial buildings (See Green consortium and Home Start legislation.

The estimated costs of installing a 16 - kW solar PV system that should meet all of the electricity needs of a 2,000 square - foot home with a monthly electricity bill of $ 300 should cost somewhere around $ 34,000, according to First Green's Residential Solar Energy Savings Calculator.

For residential use, the most common panel is 65 inches by 39 inches and the average home will need around 20 to generate enough power to meet their electricity consumption needs.

On the residential side, Finkel expressed a need to reward rooftop solar and energy storage owners for shifting electricity usage to off - peak times.

(Note: 1BOG is a «community - based program that organizes group deals on residential solar panels» — so it has also included the square footage of solar panelling needed for a family's annual electricity use.

With the SolarCity renewable energy pipeline potentially becoming part of Tesla (and with SolarCity building its own solar module «gigafactory» in Buffalo, NY), and the Tesla Gigafactory getting set to mass produce residential battery storage units (Powerwalls), when it all comes together, homeowners and businesses may have a one - stop - shop for their renewable electricity needs.