Overview
New Glasgow (Watts Wind II) is an operational onshore wind farm in Canada with a capacity of 6.4 MW, contributing to the country's renewable energy portfolio.
New Glasgow (Watts Wind II) is an onshore wind farm located in Canada, with a capacity of 6.4 MW. The facility is operational and generates electricity from wind power, supporting the region's clean energy supply. The wind farm operates under Canada's regulatory framework, which includes provincial renewable energy targets and federal incentives. Canada has abundant wind resources, and onshore wind farms like this one are a key part of the country's strategy to increase renewable energy capacity and reduce greenhouse gas emissions. The facility contributes to the local grid, helping to displace fossil fuel-based generation. Wind power in Canada benefits from supportive policies such as the Clean Fuel Standard and provincial renewable portfolio standards, which encourage investment in wind energy projects.
Environmental context
The wind farm is located in a region with moderate wind resources, typical for onshore wind development in Canada. The environmental context includes considerations for bird and bat populations, as well as land-use impacts. Proper siting and mitigation measures are employed to minimize ecological effects, ensuring the facility operates sustainably within the local landscape.
Frequently asked questions
New Glasgow (Watts Wind II) is an onshore wind farm located in Canada, with coordinates approximately 45.5057 N, -62.6099 W.
The wind farm has a capacity of 6.4 megawatts (MW), making it a small-scale wind energy facility.
The operator of New Glasgow (Watts Wind II) is not publicly listed, but the facility is part of Canada's growing wind energy sector.
Canada supports wind energy through federal programs like the Clean Fuel Standard and provincial renewable portfolio standards, which set targets for renewable electricity generation.
Wind power generates electricity without greenhouse gas emissions, reducing reliance on fossil fuels and contributing to climate change mitigation.