Yes, 25 MW of electricity can supply a town, but the capacity to meet the town's needs depends on its population, infrastructure, and energy consumption patterns. For instance, a town with a population of around 10,000 might have average electricity demands that fall within this range, especially if usage is managed efficiently. However, peak demand times and seasonal variations must also be considered to ensure a reliable supply. Overall, 25 MW can be sufficient for a small to medium-sized town under typical conditions.
1000
1 MW is 1000 kilowatts, so in 1 Hour it will sell 1000 units (taking a unit as 1 kilowatt hour)
The term, 'electricity', is a generic, all-encompassing term for a branch of science. Electricity, therefore, isn't a quantity, so it cannot be measured.A megawatt is an unit of measurement for power, the rate of transfer of energy.
In the context of watts, "mW" and "MW" represent different values. "mW" stands for milliwatts, which is one-thousandth of a watt, while "MW" stands for megawatts, which is one million watts. Therefore, a megawatt (MW) is significantly larger and more powerful than a milliwatt (mW) in terms of voltage.
To produce 1 MW of electricity in a 60 MW power plant, the amount of steam required depends on the plant's thermal efficiency and the specific energy content of the steam. Typically, a steam power plant operates at an efficiency of around 30-40%. Assuming an efficiency of 35%, it would require approximately 2,500 to 3,000 kg of steam per hour to generate 1 MW of electricity, although this can vary based on the specific design and operating conditions of the plant.
i gotta do same question for my science assignment
* Electricity - total installed capacity: 19,505 MW(2007) * Electricity - Sources (2007) ** fossil fuel - 12,580 MW - 65% of total ** hydro - 6,463 MW - 33% of total ** nuclear - 462 MW - 2% of total But currently(2008-09) government is producing only 12-14000 MW.
Currently, Iraq's power generation output averages less than 6,000 MW, while the demand is typically more than 10,000 MW.[1] For 2006, the average peak electricity supply was 4,280 MW exceeding demand averaged 8,180 MW by about 3,950 MW. According to U.S. agency officials, demand for electricity has been stimulated by a growing economy and a surge in consumer purchases of appliances and electronics. In addition, electricity is subsidized in Iraq, which leads to increased demand. If the Ministry of Electricity's master plan for 2006 to 2015 to rehabilitate and expand the national grid is implemented, the ministry estimates that Iraq will be able to meet its projected demand for electricity in 2009 [2] http://en.wikipedia.org/wiki/Electricity_in_Iraq
1 kw = 0.001 mw 25 kw = 0.025 mw
1000
The amount of diesel needed to produce 1 MW of electricity can vary depending on the efficiency of the diesel generator. On average, it can range from about 0.25 to 0.3 gallons of diesel per hour per MW of electricity produced.
mw (mega watt) is one million watt and that is a unit of electricity, whereaskwh(kilowatt hour) is rate of consumption of one thousand watt of electricity for one hour.AnswerFirst of all, let's get our symbols correct. There are nounits having the symbols: 'mw' or 'kwh'! Presumably, you are either trying to express a 'milliwatt' (mW) or a 'megawatt' (MW), and a kilowatt hour (kW.h)?You cannot convert either milliwatts or megawatts into kilowatt hours, as they measure completely different quantities!The milliwatt and the megawatt both measure power(not 'electricity'!). The kilowatt measures energy(which is not a 'rate of consumption'!).
100 MW
2,000 MW
an all nighter
Although several large-scale dams can produce over 1000 MW, an average dam will produce anywhere from 80 MW to 500 MW. An average value for those would probably be about 200 MW.
MW stands for megawatt and is a unit used to measure the power output of wind energy systems. It represents the amount of electricity that a wind turbine can generate at a given moment.