One 1 kW wind turbine.
50 that is enought to use 100 kettles!!:)
1 wind turbine can generate 500 houses per year (kw)
Depends on county and the KW of turbine. any were from $5000 $500,000
Richard L Puthoff has written: 'Preliminary design of a 100 kW wind turbine generator' -- subject(s): Turbogenerators 'Fabrication and assembly of the ERDA/NASA 100-kilowatt experimental wind turbine' -- subject(s): Wind power, Wind turbines
That depends on how windy the site is. A good windy site (say 6 m/s annual average wind speed) and a 20 kW turbine could give you enough energy (on an annual basis). A less windy, less suitable site (say 4 m/s annual average wind speed) and you would need around 60 kW of turbine. These are extremely crude calculations and if you are putting in a turbine of this size then you should certainly get some wind monitoring data for the site. It is certainly a job for a professional company.
5000kw/h if the wind is exactly 28 mph.0 kw/h if wind goes above 28 mph500 kw/h at 14 mph0 kw/h at 11 mphThe typical system averages about 8% of rated power. They produce less power in their projected life then the cost to create. They also kill millions of birds and bats each year.
The number of 100 watt light bulbs that can be lit by a wind turbine depends on the specific characteristics and capacity of the turbine. It is determined by the rated power output of the turbine and the power consumption of the light bulbs. Generally, you would need to divide the turbine's rated power by the power consumption of the light bulbs (in this case 100 watts) to estimate the number of bulbs it can light.
R. Puthoff has written: 'Installation and Checkout of the DOE/NASA Mod-1 2000-kW Wind Turbine Generator'
The amount of power consumed to rotate one turbine can vary depending on factors such as the size of the turbine, wind speed, and efficiency of the turbine system. On average, a small residential wind turbine may consume around 1-10 kW of power to rotate. Commercial-scale turbines can consume much more power, typically in the range of 1-2 MW.
A 10 Kw machine, installed costs between $50,000 and $80,000 possibly more. This would power a large home
The energy density of wind varies depending on factors like wind speed and air density, but on average, wind energy has an energy density of 1-3 kW/m². This means that there is about 1 to 3 kilowatts of energy available per square meter of area swept by the wind turbine.