The annual total of $ 1.5 million is claimed «economic benefits» is equal to about 12.6 % of the $ 11.88 million in EXTRA costs loaded on electric customers each year if the full, true costs of the electricity from the «wind farm» were only $ 0.02
per kWh above the cost of electricity from other sources (i.e., 594,206,000 kWh x $ 0.02 per kWh = $ 11,884,120).
Not exact matches
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.
Enormous market: Seabased's commercial entrance market includes shoreline regions with 1 - 3 m waves and a cost of electricity at or
above about $ 10 cents
per kWh.
Nuclear power has multiple subsidies in the form of: - direct payments for new nuclear plants of 2.3 cents
per kWh generated for the first ten years (in the US), — this is US$ 2 billion for a 1000 MW plant after ten years operation, - complete indemnity under the Price - Anderson Act for harm caused by a radiation release (
above a modest insured amount), - changes to safety regulations to allow continued operation, - new plant construction loan guarantees, - direct subsidies for existing plants to keep operating as a jobs - protection program, and others.
Rhode Islanders of all income levels will soon be able to shop for solar on a utility - sponsored website that points them to independent installers and offers a long - term contract for the power they produce at rates over 30 cents
per kWh — well
above the 19 - cent average retail rate — and even higher if they first take steps to improve their energy efficiency.
Armed with the
above result of 0.236 kg CO2
per kWh electricity produced in NY state, I want to calculate the CO2 footprint of my 1000 miles of e-bike riding.
The second part of the article deals with CO2 - emissions
per m2
per kWh, but these figures are exclusively based on the data of the researchers, not on my calculation
above.
Work by ACEEE and LBL has found that energy efficiency typically costs an electric utility (or other program administrator) an average of about 3 cents
per kWh saved over the lifetime of the efficiency measure (while this is the average, portfolio costs vary among program administrators, in the range of about 1.5 - 5 cents
per kWh, according to the ACEEE study linked
above).
Fuel cells will generate approximately 5 million
KWh of electricity
per year,
above what the building will consume — enough to generate enough power to run 1,000 San Diego homes.