How much electricity do wind turbines produce?

Answer 1

A wind turbine can produce electricity, also called ( clean electricity). The amount of electricity varies about the seize of the turbine. The scientific word for electricity is also MG ( megawatts).Wind turbines can also produce some thing else. WATER ! If the wind trubine is connected to the pipe lines, then the wind flow pushes the water in the pipes to your house. A regular wind turbine can be like this:

Wind energy represents nearly 5% of the US electrical generation and is targeted to reach 20% in the future. Wind turbine output need to be gathered, stepped-up to transmission levels and passed across interconnected power grids to the end users. Wind Turbine Step-Up Transformers play a critical part in this process.

Most wind systems produce roughly 7 to 8% of what they are rated to produce. This is because of the science has not yet developed to the point where they produce more energy then they take to create. A typical wind turbine is rated for a constant 28 mph wind. (A very rare event). If the wind gust above this amount, the wind system is forced to shutdown. If the wind blows at 14 mph average, we see less then 10% rated. Because of this, fossil fuel plants run in the background and produce CO2 as before, but are not considered to be producing any pollution for power.

A typical 1 MWh system will produce about 80,000 KWh of actual power when operating. They also require significant maintenance which further restricts their usefulness. Larger systems are even less efficient.

Answer 2

A wind turbine can produce electricity, also called ( clean electricity). The amount of electricity varies about the seize of the turbine. The scientific word for electricity is also MG ( megawatts).Wind turbines can also produce some thing else. WATER ! If the wind trubine is connected to the pipe lines, then the wind flow pushes the water in the pipes to your house. A regular wind turbine can be like this:

Wind energy represents nearly 5% of the US electrical generation and is targeted to reach 20% in the future. Wind turbine output need to be gathered, stepped-up to transmission levels and passed across interconnected power grids to the end users. Wind Turbine Step-Up Transformers play a critical part in this process.

Most wind systems produce roughly 7 to 8% of what they are rated to produce. This is because of the science has not yet developed to the point where they produce more energy then they take to create. A typical wind turbine is rated for a constant 28 mph wind. (A very rare event). If the wind gust above this amount, the wind system is forced to shutdown. If the wind blows at 14 mph average, we see less then 10% rated. Because of this, fossil fuel plants run in the background and produce CO2 as before, but are not considered to be producing any pollution for power.

A typical 1 MWh system will produce about 80,000 KWh of actual power when operating. They also require significant maintenance which further restricts their usefulness. Larger systems are even less efficient.