Windsor’s florist and floral industry is set to be disrupted when wind turbines are installed in the city. 

The first turbines will be installed in 2017. 

As part of its renewable energy plan, Windsor will install 50 megawatts of renewable energy. 

“Windsor has long been a global leader in wind technology, with its iconic turbine, and we believe that the wind turbines installed today will continue to make a positive contribution to our energy mix, including to support our local economy,” said David Pimentel, the mayor of Windsor. 

Wind turbines are designed to capture wind energy and turn it into electricity.

They’re used to power electricity generation in large-scale manufacturing plants, residential, commercial, and industrial buildings, and to power power the electricity grid in many countries around the world.

Wind turbines can produce up to 3,000 megawatts (MW) of power in a given year, which is more than enough to power a city of about 300,000 people. 

However, the city has struggled to attract the investment needed to support its growing industry, and the wind industry in the US has suffered due to falling demand. 

To be able to generate that kind of power is critical to maintaining our climate, Pimentels plan to expand on the wind farm in Windsor by increasing the wind output from the site and installing wind turbines in other areas of the city to better serve the community. 

This will allow Windsor to keep its climate change targets and meet the federal government’s 2030 climate plan. 

At the end of this year, Windsor hopes to have 10 megawatts of wind power installed on the site. 

There will also be wind turbines on the ground, which will provide a green surface to help maintain the ground’s pH level and provide shade and shade-bearing vegetation for the city’s plants. 

It will also provide an additional source of power, with a total of 5 MW of renewable capacity. 

In addition to the wind, Pimentalel says the city will use the power generated from the wind to build a new water system and a new sewage system. 

Pimentels announcement comes a month after a study by the US National Science Foundation (NSF) determined that the city could benefit from wind turbines to help generate electricity for its electricity needs, including generating power for homes and businesses. 

While it is not immediately clear how much the city can generate with the turbines, Piments plan to install more wind turbines, which would increase the amount of renewable power generated by the city by 50 percent. 

What are wind turbines?

Wind turbines provide electricity from the sun to the grid by blowing through blades of metal that spin and spin and turn. 

They’re typically used in factories and residential buildings to create energy, and in the commercial world, to power cars, trucks, trains, and aircraft. 

Turbines can produce more than 3,500 megawatts or 5 MW in a year, but they can also produce only a small amount of electricity. 

Currently, wind turbines generate about 1 percent of the energy that is generated in the United States, but Pimentes plans to add 1,000 MW to the city in 2017, with an additional 3 MW of wind energy.

Wind farms can generate up to 10 megawatt-hours (MW/h) of electricity, which translates to about 0.06 cents per kilowatt-hour of energy produced. 

About half of the electricity generated by wind turbines comes from turbines that are installed near residential areas, with about one-third coming from wind farms installed in commercial areas. 

Other types of wind farms include wind turbines with blades at about 12 feet (3 meters) tall, or up to 18 feet (5 meters) in diameter, that generate power in both daylight and at night. 

Some wind turbines can be more than 15 feet (4 meters) high and weigh up to 50,000 pounds (20,000 kilograms). 

The number of wind turbines that can be installed depends on the location of the turbines and how much wind they can generate. 

With a large amount of wind, you can have a turbine that produces 3,600 MW. 

But if you have a large area of wind that’s only about one square mile (one square kilometer), the turbines have to generate about 3,400 MW.

Wind energy has been a key part of the US energy supply since the 1970s, but it has also been a major source of greenhouse gases in the country. 

According to the NSF study, the US could generate electricity from wind by 2050 if all existing wind energy were converted to electricity.