Wind turbines produce electricity
Wind power is a generator (also called a spinning power) powered by a wind turbine, which is used to drive the. Rotor acts get wind capacity changes as a strong rotation. To rotate generators Installed on a high mast for wind power, and then plug the power cord into the work
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Strength of wind power
Power consumption means that the machine can be produced. The small unit is w (Watt) if higher capacity is larger will tell as kW (Kilowatt) of 1 kW = 1000 watt told the capacity must be directed at. The actual implementation times are about to get really depends on the wind speed. Characteristics of a good rotor must be fiber
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Basic information1) wind speed from the natural strength or weaknesses, we use a variety of measures, such as speed, measured in miles per hour (mph Mile per Hour) and can calculate down as feet per minute (ft/min Foot/Minute) or measured in kilometres per hour (km/h Kilometer/Hour), and. Meters per second (m/s Meter/Second) by following the calculation of wind speed kilometers per hour multiplied by 1000 to become meters per hour. When divided by 60 to get the meters per minute and divide by 60 again to provide a meter per second (Kilometer/Hour x 1000 km/h. (60 x 60) = Meter/Second)
For example wind speed of 18 kilometres per hour. When you are in meters per second will be 18 x 1000/(60 x 60) = 5 meters per second. Keep in mind that 1 meter per second = 3.6 kilometers per hour = 2.24 miles per hour
.2) wind speed begins to wind levels, rotating out of the wind speed is called by default (Starting Wind Speed) because the system is unable to move (Friction) and a permanent magnet generator may have motivated nuet (Cogging Force) (Wind speed of approximately 3-3.5 meters per second)
3) The level wind speed wind turbine can start working and producing electricity is called a wind speed of access (Cut-in Wind Speed), but now may have little capacity or not being at all (wind speed of approximately 3.5-4 meters per second)
.4) wind speed levels that are being paid in full, continuous coordinates is called the full wind speed (Wind Speed Rated) here is where wind power has been designed and tested (wind speed of approximately 10-12 metres per second)
.5) wind speed at a high level may cause damage, needs to be stopped is called a wind speed of elimination (Cut-out Wind Speed) to do this for the safety of systems (wind speed of approximately 15 metres per second)
.6) wind speed is the highest wind resistance is. Called the maximum wind speed (Wind Maximum Speed) at this level, wind speed. Wind turbine rotor must be designed to dodge the wind to prevent damage (wind speed of approximately 20 meters per second)
.Note: wind turbine electricity generation typically work full electricity tariffs that wind speed is about 10-12 meters per second, and if the wind speed dropped half the remainder, about 5-6 meters per second. Electrical power output will be reduced only 1/8. In only 8) (see information from the header. Why are obtained from wind)
?7) the size of the wind turbine rotor-popular talk with diameter instead of tell by the length of the radius of the propeller or rotor radial measurement is the length measured from the center of rotation (shaft) until the end of the rotor. When multiplied by It is the diameter the unit length metric might be or become feet (Foot) are met (Meter)
. Wind turbine blades, for example, that size is the length of the RADIUS is measured from the center of the axle until the end of the rotor is equal to 1.0 m, we call this rotor size 2.0 m (diameter is equal to the radius 1.0 m x 2 = 2.0 m)
.8) rotational speed of the turbine as well as the number of cycles per minute. If we are going to see a large wind turbines stand spinning and would like to know how much speed. To use the timer if within 1 minute It will be a rotating speed RPM (see information from the topic
.Calculates the speed of the rotor)
For example, in 1 minute timer counts the number of times that the rotor rotates through 180. mast and wind turbine is a type 3 blades. No-load speed while it is equal to 180/3 = 60 sec./
.9 according to article 10 and the general public rarely understand
.9) wind turbine electricity generation capacity is the quantity of electricity which can be produced. The small unit is w (Watt) if higher capacity is larger will tell as kW (Kilowatt) of 1 kW is equal to 1000 watts. Accordingly.How much wind speed The actual implementation times are about to get really depends on the wind speed. Which can be verified from the graph shows the wind speed at turbine the electricity
?10) power is the product is multiplied by the time the wind turbines are capable of producing. For example, production capacity is 250 Watts 4 hours can be calculated as 4 x 250 w = power hour = 1000 watt hours, or 1-a. Also called the power of 1
Distribution of electrical energy for sale, or to mention only and are bought and sold as the number of units (1 unit = 1 kW-hours)
. Electricity produced from wind power purchase price per unit in cash is added to 2.60 baht to 4.50 baht as well as 7.10 baht
11 electric charge) stored in the batteries we use units of measure or how much energy is stored as a Watt-hours or kW-hours (1 kW = 1000 watts) When applied, it can calculate that if use is
.This size will be available as long as
. Sample The energy produced by an active time 10. ne Te that use open TV tuner that eats power 200 watts it would be used for a long time 5 hours active time calculation = 1000 watts stored energy-hours/ 200 watts = 5 hours
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