Overview
Beechwood is a 112 MW hydroelectric power plant in Canada. It generates renewable electricity from hydropower, contributing to the country's clean energy grid.
Beechwood is a hydroelectric power plant located in Canada, with a capacity of 112 megawatts. As a renewable energy facility, it plays a role in the country's power generation mix, which is increasingly focused on low-carbon sources. The plant is operational and contributes to regional electricity supply. Hydroelectric plants like Beechwood operate under Canadian provincial and federal regulations, including environmental assessments and water management laws. The technology relies on water flow to generate electricity, with typical efficiencies and low operating costs. Canada has a strong hydroelectric sector, with many plants of similar scale. The facility's environmental significance lies in its renewable nature, producing no direct CO2 emissions during operation. However, hydroelectric projects can affect local aquatic ecosystems and water flow regimes. Beechwood's location in a temperate region supports consistent water availability for power generation.
Environmental context
Hydroelectric power generation has a low carbon footprint but can alter river ecosystems and fish migration. Beechwood's capacity of 112 MW places it in the medium-large scale for Canadian hydro plants. The facility's location in a rural area reduces direct population exposure, but downstream water management is important for ecological balance.
Frequently asked questions
Beechwood is located in Canada, with coordinates approximately 46.5428° N, -67.6687° W.
Beechwood has a capacity of 112 megawatts, making it a medium-to-large hydroelectric facility in Canada.
Beechwood is a hydroelectric power plant, generating electricity from flowing water.
Hydroelectric plants in Canada are subject to provincial water management laws, federal environmental assessments under the Canadian Environmental Assessment Act, and species protection regulations.
Hydroelectric power produces no direct emissions but can impact aquatic habitats, fish migration, and water flow. Mitigation measures like fish ladders are often required.