Developed countries spend about 3
percent of all their electrical power treating wastewater.
Not exact matches
In July, WWF Scotland said that wind produced enough
power to meet, on average, the
electrical needs
of 124
percent of Scottish homes between January and June
of this year.
As the state shifts toward renewable energy, under a mandate to
power half its
electrical grid with solar and wind by 2030, nuclear also supplies about 60
percent of its carbon - free
power.
After last year's announcement that Indian Point, which provides 25
percent of New York City and Westchester's
electrical power, will start to close in 2020 and close entirely in 2021, Gov. Andrew Cuomo promised that «the state is fully prepared to replace the
power generated by the plant at a negligible cost to ratepayers.»
Within these countries, nuclear energy contributes on average 24
percent of their total
electrical power, ranging as high as 72
percent in France.
Former Vice President Al Gore's vision, for example,
of creating 100
percent carbon - neutral
electrical power in the next decade might be one such challenge — and something Gore specifically likened to a «moon shot» — requiring commitments, coordination and funding at every level
of the public and private sectors.
The layer is so thin that 95 %
of the light just passes through — but a tenth
of the remaining five
percent, which are absorbed by the material, are converted into
electrical power.
A 2008 U.S. Department
of Energy report projects that 20
percent of the nation's
electrical demand can be supplied by wind
power by 2030.
The Motor Control Unit (MCU) is a critical component
of a 100
percent electric -
powered vehicle as it manages and regulates the
electrical power supply to the electric motor to generate the necessary level
of torque to
power the vehicle by converting the battery pack's DC voltage into three - phase AC.
A staggering 80
percent of China's
electrical power is derived from highly - polluting coal combustion.
For the first third
of this year, renewables and nuclear
power have been running neck - in - neck with renewables providing 20.20
percent of U.S. net
electrical generation during the four - month period (January to April) compared to 20.75
percent for nuclear
power.
«Ceramic Fuel Cells has achieved
electrical efficiency
of 60
percent, far higher than any other technology in the rapidly expanding global market for small scale
power and heating generators.
According to a report by the Council for Clean & Reliable Energy, 70
percent of Ontario's wind
power is wasted as it is produced out
of phase with demand, and Ontario has a surplus
of electrical power.
Thanks to warm - water cooling the installation has a so - called
Power Usage Effectiveness (PUE) value
of 1.2, which means that more than 80
percent of the
electrical consumption is used for actual computing and less than 20
percent has to be used for the infrastructure such as cooling.
The utility operates eleven fossil - fuel generating plants, and uses fossil fuels (mainly coal) to generate 80 - 85
percent of its total
electrical output, with the bulk
of the remainder coming from nuclear
power.
Some 40
percent of energy - related emissions come from the burning
of fossil fuels, such as oil, coal, and natural gas, to generate
electrical power.
The budget request includes language on a «Clean Energy Standard» that seeks to generate 80
percent of the country's
electrical power from solar, wind and (the arguably green) nuclear and natural gas by 2035.