Btu / scf = Btu / lb X MW / 379.5 where: MW = molecular weight of the gas, lb / lb-mol The constant 379.5 is the molar volume at standard conditions of 14.696 psia and 60°F
what is the value of my sliver 923 MW braclet
including mw
34,000
There are 15 6 in 90
A 2-MW generator will be producing 2000 kW (2 MW) during 1 hour, so 2000 kWh in 1 hour. So, 24 x's 2000 is 48,000 kWh per day. This is assuming it is continuously operating at 100% capacity, 2 MW. Adam Fuller
1000
You have your unit concepts exactly reversed. The "MW" is a rate of using energy, andthe "kWh" is an amount of energy that your meter totals up and you get a bill for.If energy is being used or generated at the rate of 1 MW, and you keep that up fora year, then the total energy that's generated or used is 8,766,000 kWh.
Installed capacity is 1189 MW, annual generation is 4466 GWH, which is 4,466 million kWh.
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'!).
(475 x 270,000) / 1000
A kWh is a kilowatt-hour, which is a unit of Energy or Work. Your utility company measures the amount of electrical energy you use each month in kilowatt-hours. A megawatt or MW is a unit of Power, which is the rate at which energy is used. Also a megawatt is 1000 kilowatts. Therefore, a kWh is one kW of power used for a full hour. A kWh is a MW of power used for 3.6 seconds (1/1000 of an hour).
A recently proposed wave energy power system off the south western coast of Africa estimated their construction cost to be $2.9-million per MW. The most cost effective wave energy generation plants are operating around 7.5 cents per kWh, as opposed to coal fired power stations at 2.6 cents/kWh.
Rs. 6 Crore to Rs. 7 Crore per MW
Yes. 1 MW = 1000 kW, and kW is the same as kWh/h.
24 kilowatts is equal to 24,000 watts. You could power 2 average size homes.
1 mw = 1000 kw watt = v*a (volt x amp) 1000 watt = 1kw when a machine or device that consumes 1 kw in order to operate does so during 1 hour - then we say 1kwh or 1kw/h. there is no conversion from plain MW to KW/H - the time factor in the MW expression is missing. Hope helps you.