The wind farm features 124 Siemens SWT-2.3-101 wind turbines, each rated at 2.3MW and manufactured in Ontario. Each turbine has a blade length of 49 meters, a rotor diameter of 101 meters, and a rotor speed ranging from 6 to 16 revolutions per minute. A three-stage planetary/helical gearbox system is used in the turbines. The maximum height of the turbine tower, including the blade, is 150 meters.
A transformer is installed at the base of the turbine, which is mounted on a concrete foundation. To generate electricity, the nacelle contains both electrical and mechanical components.
As part of aviation regulations, TowerTEX’s TowerSHADE wind technology is utilized at the wind farm to lessen the influence of night lights.
In southern Ontario, how many wind turbines are there?
Ontario has the most turbines in the country, with 2,663 turbines, or nearly 40% of the total. Quebec has over 30% more turbines than the rest of Canada, with 1,991 turbines, and Alberta comes in third with 900 turbines.
Nova Scotia has 310 turbines, Saskatchewan 153, Manitoba 133, New Brunswick 119, Prince Edward Island 104, Newfoundland and Labrador 27, the Northwest Territories four, and Yukon two.
It not only indicates where wind power exists, but also where it does not. For starters, there are no offshore wind farms in Canada. The province, according to Clean Energy BC, offers “huge offshore wind potential, particularly along the north coast.”
In southwestern Ontario, how many wind turbines are there?
Along with the 124 wind turbines, the wind farm development involved the construction of 70 kilometers of access roads and the installation of 283 kilometers of electrical line. The factory is accessible from the west and east through Highway 401 between Tilbury and Ridgetown, Ontario.
The electrical power required for the plant’s construction and commissioning was provided by portable generators. The Vivian, RT, and AT erection cranes were used to construct the turbine towers.
The majority of the construction crews were from Ontario, and the majority of the work, including turbine component manufacturing and assembly, installation, and project operations, took place there.
In Windsor Essex County, how many wind turbines are there?
Essex County is quickly becoming one of Canada’s most important wind energy regions, because to its reputation for near-perfect wind conditions, abundant farmland, and a trained workforce.
Brookfield Renewable Energy Partners, which owns and operates Canada’s largest wind farm, which has 94 towers in two county sites and generates 216 megawatts of power, enough to power 70,000 households yearly.
“We came here because of the wind conditions and a welcoming community,” said Ian Kerr, Brookfield’s Canadian operations chief operating officer.
We knew there were competent workers, but we also discovered a community of landowners ready to lease their land so that we could construct renewable energy projects and lessen our reliance on fossil fuels.
Brookfield’s most recent project is a 72-turbine, 166-megawatt farm in Lakeshore, which is adjacent to a smaller Brookfield facility on the outskirts of Kingsville.
There are presently roughly 170 turbines in Essex County, providing more than 350 megawatts of power, when combined with seven other wind farms across the county, two managed by International Power and five by Boralex Inc.
It’s tough to draw county-by-county comparisons, according to Robert Hornung, president of the Canadian Wind Energy Association, but Essex County’s commitment to renewable energy is “substantial.”
Southwestern Ontario, Southwest Alberta, the Gaspe Peninsula in Quebec, and Prince Edward Island are all good regions for wind energy development, according to Hornung. “Policy frameworks in diverse jurisdictions, good quality wind, access to transmission, and supporting communities are what have made those locations prominent.”
According to Lakeshore Mayor Tom Bain, as soon as Brookfield announced its interest in establishing a wind farm in the area, two groups of farmers moved forward to express their desire to lease land.
Brookfield’s wind farm in Lakeshore will pay local landowners $2 million in annual lease payments for the next 20 years and create $400,000 in annual tax revenue for the town.
Such achievements, according to Horning, demonstrate that “if wind energy projects are established with appropriate community engagement and community partners, these partnerships can have considerable economic benefits.”
According to Horning, “rural economic development and diversification are among the major drivers of such programs.” “Wind is simply a new natural resource to tap into for rural communities who have formed their economy around natural resources.”
Brookfield has committed to legacy projects such as salmon spawning areas, boat launches, and training opportunities for those interested in wind energy at Sault Ste. Marie, where the business has a 189-megawatt wind farm, previously Canada’s largest.
“They’ve made financial donations to a lot of municipal events and projects,” Bain said, crediting the corporation for being a “good corporate citizen.”
About 300 temporary construction jobs were produced as a result of the project, with 99 percent of the employees living within an hour’s drive of Lakeshore. It has generated 15 high-paying jobs at its operations and maintenance facilities.
Brookfield’s overall project is worth $80 million, with the majority of it being invested in Essex County.
“From an environmental sense, we’ve attempted to have as little influence on the local community as possible,” Kerr added. “And, if required, we’re always willing to change things up in our environmental management plan.”
What is the location of Canada’s largest wind farm?
According to the Canadian Renewable Energy Association, there are 317 wind energy installations in Canada that generate electricity. With 166 wind turbines, Black Spring Ridge in Vulcan County, Alberta, is the largest wind farm.
For the next five years, 31 onshore and offshore wind generating projects with a total project value of $14 billion are planned.
Alberta, British Columbia, and Ontario will spend the most money on wind power projects in Canada during the next ten years, as shown in Figure 1.
Sharp Hills Onshore Wind Farm
This wind farm in Alberta’s Special Areas 3 and 4 near the hamlets of Sedalia and New Bridgen will have a capacity of up to 300MW. The wind-generated electricity is enough to power approximately 160,000 ordinary Alberta homes.
During the project’s lifespan, the project will sustain roughly 300 construction employment and provide up to 15 to 20 permanent local jobs. The wind farm, which is operated by EDP Renewables, has 71 Enercon E138 4.2MW wind turbines.
The project’s power will be transported to the 240 kV ATCO transmission line, which will also feature a new Sedalia 363S substation. The project is expected to be finished in 2023.
The project involves about 50 supportive families who represent 47,000 acres. The region’s growth will be aided by clean and usable energy. Sharp Hills Wind Farm’s annual carbon offset is equivalent to removing more than 175,000 automobiles from the road.
Wild Rose Onshore Wind Farm
- Wild Rose 1, a 217.6MW wind power plant with 70 Alstom ECO110 3MW turbines, access roads, and subsurface interconnections, is now under development.
- Wild Rose 2 is a 192MW wind power project that will have 63 Alstom ECO110 3MW turbines.
Wild Rose Onshore Wind Farm is in the development stage, with a $630 million investment, and it is projected to be operational in August 2022.
Wolfe Island Shoals Offshore Wind Farm
Windstream’s Wolfe Island Shoals project, located in Lake Ontario, is a projected 300MW offshore wind farm. The turbines will be erected on ‘GBFs,’ or semi-floating gravity bed foundations.
These GBFs were created by world-class engineers whose technology is employed in offshore wind turbine installations all over the world.
The Wolfe Island Shoals Offshore Wind Farm has been put on hold as the government considers whether or not to proceed with the project.
Queen Charlotte Islands Offshore Wind Farm
This project entails the construction of an offshore wind farm with up to 110 turbines and a total capacity of 396MW.
It’s on the Dogfish Banks of the Hecate Strait, near the Queen Charlotte Islands, in water that’s about 20 meters deep. When fully operational, the project would create 1,750MW of power.
Yarmouth Offshore Wind Farm
This project is a 1GW offshore wind farm located 20 kilometers off the coast of Yarmouth, Nova Scotia, with a depth range of 44 to 60 meters and a wind resource of 10 meters per second.
Power from the Yarmouth Offshore Wind Farm will be exported to New England. The Can-Am link, a 322km underwater cable between Canada and the United States, will be used.
The project is on track with a $4 billion investment and more than 120 turbines. It is anticipated that operations will begin in 2025.
In shallow waters of less than 30 meters, the turbines will be mounted on a gravity base. It will be built in stages and will be located outside of main shipping channels and commercial fishing regions. Beothuk Energy is the company’s owner.
In Shelburne, Ontario, how many wind turbines are there?
With 133 wind turbines producing 200 megawatts of power, Melancthon is Ontario’s first utility-scale wind plant and one of Canada’s largest wind projects. The location of the facility is near Shelburne, Ontario.
The project’s first phase commenced commercial operations in 2006, and the second phase began commercial operations in late 2008.
The Melancthon facility is capable of producing 545,000 megawatt hours per year.
The Ontario government’s 20-year Renewable Energy Supply contract ensures long-term pricing stability.
Note: Through the eco Energy for Renewable Power (eERP) initiative, Natural Resources Canada (NRCan) generously supported Phase Two of this project. The Wind Power Production Incentive Plan helped fund Phase One.
In Windsor, Ontario, how many wind turbines are there?
According to its developers, the Belle River Wind Power project, which Lakeshore’s city council voted against, is now fully operating.
According to a press release issued by Samsung and Pattern Development on Monday, the 100 megawatt project would create enough renewable energy to power 35,000 Ontario households.
“We had originally voted against it,” stated Tom Bain, Mayor of Lakeshore and Essex County Warden. “Council was opposed to more wind turbines being built in the area, but the government of Ontario approved it and said you’re getting them even if you’re not a willing host.”
- As turbines get closer to residential neighborhoods, frustration grows in Lakeshore.
- Lakeshore has approved a $350 million wind farm.
Companies work throughout the municipality by directly engaging with landowners who receive between $8,000 and $12,000 per year for enabling one of the turbines to be installed on their property.
During construction, Belle River Wind, according to its creators, employed more than 235 Ontario workers. Now that the facility is up and running, it will employ 12 people on a permanent basis.
The 40 wind turbine towers were built in Windsor, while the 120 turbine blades were fabricated in Tillsonburg.
According to Bain, the municipality believes it has already accepted enough wind turbines and is anxious about adding more because the buildings are beginning to “encroach” on residential areas.
According to the company’s press announcement, the power plant will produce more than $2.5 million in direct expenditures over the next 20 years in property taxes and landowner leasing royalties.
“It’s a tiny source of revenue in terms of taxation,” Bains explained, “but you have to consider both sides, and council isn’t looking to bring in any more.”
On Wolfe Island, how many windmills are there?
In mid-2009, the Wolfe Island wind farm in Kingston, Ontario, went into commercial operation. There are 86 wind turbines on the site, which has a nameplate capacity of 197.8 megawatts. The power generated on Wolfe Island is sold to the Ontario Power Authority under a 20-year Renewable Energy Supply II Contract.