Renewable power producers receive guaranteed feed - in payments
for every kilowatt - hour they produce.
Every turbine built by December 31, 2012 qualifies for a 2.2 - cent tax credit
for every kilowatt - hour generated over 10 years.
Most utilities offer full net metering, which means that you receive a credit on your electric bill
for every kilowatt - hour of electricity your solar panels produce (even if you don't use them immediately).
Note that there are NO charges
for kilowatt hours because our solar arrays generated more than we used, even late in the Vermont winter.
The authors are on the right track when they contend that energy services, and not abstract targets
for kilowatt - hour consumption, are the right goal.
Gas produces 350g CO2
for every kilowatt hour at the point of generation.
The Government's independent climate advisers, the Committee on Climate Change (CCC), have stated that the low carbon grid of 2030 should produce no more than 50g of CO2
for every kilowatt hour of electricity generated.
So, what happens is — it's a bit of a fudge at the moment — but the utility companies,
for every Kilowatt - hour that's taken out and used to charge the car, they'll put a Kilowatt - hour of clean energy in, wind energy into the system.
Net metering means that for every unit of surplus solar generation generated during the day you effectively get a credit
for a kilowatt hour of power purchased from the grid at another time.
It pays a fixed price
for each kilowatt of capacity, up to the level of expected peak demand.
Net metering means that for every unit of surplus solar generation generated during the day you effectively get a credit
for that kilowatt hour of power purchased from the grid at another time.
In states with net metering, you will typically receive a credit on your utility bill
for every kilowatt - hour (kWh) of solar energy that you send back to the grid.
For every kilowatt hour of green electricity that an electricity retailer sells, it is committed to buy a kilowatt from a an electrical generator that produces power by a greenhouse friendly method; that is, by a method that does not produce greenhouse gasses.
Net metering means that for every unit of surplus solar generation (kWh) during the day you effectively get a credit
for a kilowatt hour (kWh) of power purchased from the grid at another time.
The report also found wide disparities in emission rates — the amount of pollution generated
for every kilowatt of electricity produced — reflecting differences in management strategies, fuel mix and pollution control technologies.
The most important solar incentive to date is the feed - in tariff, which guarantees generators of renewable electricity — including homeowners, private firms, and utilities — a long - term purchase price
for each kilowatt - hour they produce.
Begun in mid-2009, Japan's FIT rate for PV is about twice what a resident would normally pay
for a kilowatt - hour of electricity.
«(ii) providing an energy credit to the customer - generator in the form of a kilowatt - hour credit
for each kilowatt - hour of electricity produced by the customer - generator from an electric generation unit.».
Net - metering customers are refunded
for each kilowatt hour of electricity they generate themselves, which the utility says averages out to it paying 10.6 cents per kilowatt hour for customers» solar power.
In its response to a consultation, the government said it will legislate to limit power plants to 450 grams of carbon dioxide
for each kilowatt hour of electricity produced — effectively ruling out coal power without technology that captures emissions.
The federal production tax credit (PTC), which offers wind energy developers 2.2 cents
for every kilowatt - hour of electricity produced from grid - tied projects, was a key case in point at the conference.
A feed - in tariff typically guarantees generators of renewable electricity a long - term purchase price
for each kilowatt - hour they produce and «feed into» the grid, providing a powerful incentive for installing such systems.
Among the proposals is the establishment of a Reduction Tax Credit (RTC), whereby eligible parties would receive a tax credit
for every kilowatt hour (kWh) of electricity reduced, just as wind and other renewable resources receive a Production Tax Credit (PTC) for every kWh produced.
Per the IRS, the credit is equal to $ 2,500 plus an additional $ 417
for each kilowatt hour of battery capacity in excess of 5 kilowatt hours.
Get ready
for the Kilowatt Wars (I'm trademarking that).
What I'd like to know is, taking all of these factors into account, how much extra we, the consumers, will have to pay
for a kilowatt - hour of coal - fired electricity 5, 10, 20 and 30 years from now (a point in time which even WV's own Nick Rahall says will be when the most productive coal seams have been mined out) because our leaders today decided to facilitate an increase in the consumption of coal through the laughably mis - named «climate bill.»
A study of one hydroelectric reservoir, Cedar Lake in Manitoba, revealed a likely release of about one kilogram of carbon dioxide
for every kilowatt - hour of electricity produced by the reservoir's power station.
In other words,
for every kilowatt - hour of electricity used the microbes could scrub 130 grams of CO2 out of 230,000 liters of air to make 60 grams of isopropanol fuel.
They show that 32 grams of carbon dioxide is emitted
for each kilowatt - hour of electricity generated by the latest solar cells.
For every kilowatt hour of electricity purchased, renewable energy goes onto the power grid and displaces fossil fuel production.
The federal government offers a tax credit of 2.3 cents
for every kilowatt - hour produced.
Put simply,
for every kilowatt hour of electricity the company used in 2017, it bought a kilowatt hour of renewable energy from a solar or wind farm built specifically for Google.
Specifically, the utilities have to be paid not
for kilowatts sold but for watts saved.
Not exact matches
He quoted a price of $ 250 per
kilowatt hour
for 100 megawatt hour systems, which would imply a price of $ 25 million
for the battery packs, when Cannon - Brookes asked
for an estimate.
(These characteristics allowed Elix to design a system
for buses and trucks that stacks several 10 -
kilowatt chargers to produce a combined 50
kilowatts or more.)
Three years after it first hit the market, the $ 249 product has saved users an estimated 2 billion
kilowatt - hours of energy, enough to power 180,000 American homes
for a year.
The promised capacity of 350
kilowatts per charging point more than doubles Tesla's current standard
for its «second generation» chargers that have a capacity of up to 145 kW.
Ontario now offers 13.5 per
kilowatt hour
for wind projects,
for example, and a whopping 80.2 per kWh
for rooftop solar panels — substantially above prevailing market rates.
A solar array and storage batteries on the island of Kauai is producing renewable energy
for less per
kilowatt hour than fossil fuel power stations.
The center in Maiden, N.C., produces 167 million
kilowatt hours, the power equivalent of 17,600 homes
for one year, from a 100 - acre solar farm and fuel cell installations provided by Silicon Valley startup Bloom Energy.
Powerwall, a sleek suitcase - sized lithium - ion battery designed
for homeowners to store energy, comes in 7
kilowatt - hour and 10 kWh sizes.
Providers need ways to measure and bill
for power being consumed, just as other utilities track
kilowatts of electricity or minutes of telephone talk time.
«Right now [hybrid] batteries are selling
for $ 500 to $ 600 per
kilowatt hour, but they should be $ 200,» Zhou says.
The analysis assumed each car drove 15,000 miles — roughly the national average — at a rate of 30
kilowatt hours of electricity per 100 miles, based on the median mileage rate
for Tesla Model 3 and Model S vehicles, according to figures reported to the U.S. Environmental Protection Agency.
The network will be based on so - called combined charging system (CCS) technology, enhancing existing AC and DC charging standards and allowing
for ultra-fast power levels of up to 350
kilowatt hours.
For one kilowatt - hour (enough to power 10 household light bulbs for one hour) in Des Moines, MidAmerican charges corporate customers just under 5 cents, well below the average nationwi
For one
kilowatt - hour (enough to power 10 household light bulbs
for one hour) in Des Moines, MidAmerican charges corporate customers just under 5 cents, well below the average nationwi
for one hour) in Des Moines, MidAmerican charges corporate customers just under 5 cents, well below the average nationwide.
However, Montreal newspaper La Presse reports the agreement is worth $ 1 billion, and calculates Ontario will pay five cents a
kilowatt hour
for the electricity.
Because this customer had maximum demands of 260 kilovolt amperes (KVA)
for firing up equipment, there is a demand charge based on 90 % of KVA rather than the total
kilowatts actually consumed (KW).
Many trace the tipping point
for utility - scale solar to a 2014 announcement by Austin Energy that it would buy power from a new 150 megawatt solar plant — enough to light and cool 30,000 homes -
for 5 cents a
kilowatt hour.
If a customer paid $ 4 a
kilowatt hour
for electricity, they would get that $ 4 back
for every kWh they gave back.