The average yearly electrical consumption around the world for those areas that have electricity is 3,500 kilowatt hours. In the United States the average is almost 11,000 kilowatt hours.
World energy consumption is about 5 terawatts of oil, 4 terawatts of coal, 3 terawatts of natural gas, 1 terawatt of nuclear power and half a terawatt of hydroelectric power. That is about 13.5 terawatts combined.
The world's daily energy consumption is around 160,000 terawatt-hours (TWh). This includes energy used for heating, transportation, electricity, and industry. About 80% of this energy comes from fossil fuels like coal, oil, and natural gas.
As of 2020, wind energy accounts for about 6% of the world's total electricity consumption. This percentage is expected to continue growing as more countries invest in wind power generation to reduce reliance on fossil fuels and combat climate change. The capacity of installed wind power worldwide was over 700 gigawatts in 2020.
Wind energy accounts for around 5% of the world's total energy production.
Less than 1% of the world's commercial energy is supplied by solar energy.
It was believed that nuclear power is cheap and clean. After the Fukoshima disaster in Japan and the damage incurred on Japan which is initially estimated at 245 Billion US$, it is believed now that Nuclear Energy is the most expensive and most dangerous source of energy possible. The initial cost of Nuclear power stations has risen so much ( From 4-8 Billion Dollars for a 1000MW pant), with the privatization of electricity production, decommissioning cost and the possible damage in the case of a nuclear disaster, it seems no one is interested any more, except for China, India and Russia. It is expected that they will head towards Wind and Solar Energy soon. The world cannot afford another disaster after 1979 Three Mile Island, Chernobyl 1986 and Fukoshima 2011 disasters.
On average about 24 kilowatt-hours which is more than most people in the world.
The total estimated power consumption of the world is 15.45 trillion kilowatt hours per year. There are also an estimated 6.67 billion people in the world. Which means that the average power use per person per year is 0.2643 kW. For the United States, the numbers are: 3.892 trillion kilowatt hours per year 306 million people 1.453 kW/person/year Note: All values are based on 2007 estimates.
The earth receives an average of 164 watts per square meter from the sun. This is the average spread over the world including poles and tropics, night and day. The energy in units used commonly in commerce (kilowatt-hours) would be about 45 millionths of a kilowatt hour per second per square meter. More important is the calculation of how much usable energy reaches the ground where the energy could be put into use. At 40 degrees latitude (the rough middle of the US) during the 8 peak hours of the daylight, each square meter will receive about 4.8 kilowatt hours.
World energy consumption is about 5 terawatts of oil, 4 terawatts of coal, 3 terawatts of natural gas, 1 terawatt of nuclear power and half a terawatt of hydroelectric power. That is about 13.5 terawatts combined.
As of recent data, the United States produces approximately 4 trillion kilowatt-hours of electricity annually. The energy mix includes sources such as natural gas, coal, nuclear, and renewables like wind and solar. In terms of total energy production, including all forms of energy (not just electricity), the U.S. generates around 100 quadrillion British thermal units (BTUs) each year. This positions the U.S. as one of the largest energy producers in the world.
According to current data, Egypt has one of the lowest prices for electricity per kilowatt hour in the world.
Besides the fact joules are a measure of energy for most of the world and no longer BTUs, the question can't be answered because it makes no sense. 1 joule of energy can create 1 kilowatt for 1/1000 of a second, while 1000 joules can produce 1 kilowatt for 1 second. Joules (BTUs) are a measure of an amount of energy while watts are a measure of RATE of energy flow.
First of all, "kilowatt" is a rate of energy flow, like miles-per-hour and dollars-per-month.It's not something that builds up if you let it go for a longer time.In an on-line search, we found the solar constant ... the total amount of solar powerthat the earth receives ... listed as 1.740×1017watts, plus or minus 3.5%.With 8,765.6 hours in a year, that multiplies out to a total incident energy of(1.740 x 1017) x (8,765.6) = 1.525 x 1021 watt-hours, or 1.525 x 1018 kilowatt-hours.That's the amount of solar energy that hits the earth in a year, within a ballpark.We'll leave it to the questioner to figure out how much of it gets soaked up andstays here, and how much of it bounces off and is lost.
The smallest unit of energy usually measured is called the Erg. 1 erg is the amountof work done when a force of 1 dyne pushes through a distance of 1 centimeter.The SI standard unit of energy today is the joule. 1 joule is the amount of work donewhen a force of 1 newton pushes through a distance of 1 meter. It's the same amountof energy as 10 million ergs.A unit of energy widely recognized by people in much of the world ... because it's theunit counted on our electric bills ... is the kilowatt-hour. If you use 1,000 joules ofenergy every second and keep that up for an hour, you've used 1 kilowatt-hour of it.1 kilowatt-hour is the same amount of energy as 3,600,000 joules, or 36,000,000,000,000 ergs.its a joule
The world's daily energy consumption is around 160,000 terawatt-hours (TWh). This includes energy used for heating, transportation, electricity, and industry. About 80% of this energy comes from fossil fuels like coal, oil, and natural gas.
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