Overview
Big Quinnesec 61 is a 4.4 MW hydroelectric power plant in the United States, operated by Wisconsin Electric Power Co. It provides renewable energy generation.
Big Quinnesec 61 is a hydroelectric power plant located in the United States, with coordinates 45.788300, -88.041500. It is owned by Wisconsin Electric Power Co and is currently operational. With a capacity of 4.4 MW, it is a small-scale hydroelectric facility contributing to the regional power grid. The plant operates under the regulatory framework of the United States, including the Clean Air Act and state-level environmental regulations. Hydroelectric power is a renewable energy source with low emissions, and facilities of this size typically use run-of-river or small impoundment technology. The plant's age and specific technology are not detailed, but small hydro plants often have minimal environmental footprint compared to fossil fuel plants. Big Quinnesec 61 plays a role in local renewable energy generation, supporting grid stability and reducing reliance on fossil fuels. Its operation by Wisconsin Electric Power Co indicates integration into a larger utility network, serving residential and commercial customers in the region.
Environmental context
Hydroelectric power generation has a low carbon footprint but can affect local aquatic ecosystems. The plant's small capacity suggests minimal water flow alteration, reducing ecological impact. Small hydro plants often have limited environmental disturbance compared to large dams.
Frequently asked questions
Big Quinnesec 61 is located in the United States at coordinates 45.788300, -88.041500.
Big Quinnesec 61 has a capacity of 4.4 MW, making it a small-scale hydroelectric power plant.
Big Quinnesec 61 is owned by Wisconsin Electric Power Co.
Hydroelectric plants in the US must comply with the Clean Water Act, Federal Power Act, and state-level water rights and environmental regulations.
Small hydroelectric plants have low greenhouse gas emissions but can affect local aquatic habitats. They typically have minimal water flow alteration compared to large dams.