Overview
Shinanogawa is a hydroelectric power plant in Japan with a capacity of 177 MW. Operated by Tokyo, it contributes to the country's renewable energy grid.
Shinanogawa is a hydroelectric power plant located in Japan, with an operational capacity of 177 megawatts. The facility is owned by Tokyo and plays a role in the nation's renewable energy infrastructure. As a hydroelectric plant, it harnesses the flow of water to generate electricity, supporting Japan's energy mix. Japan's power generation sector is regulated under the Electricity Business Act and promotes renewable energy through feed-in tariffs. Hydroelectric plants like Shinanogawa benefit from stable water resources, though seasonal variations can affect output. The plant's technology is typical for medium-scale hydro projects, utilizing turbines and generators to convert kinetic energy. Environmentally, hydroelectric power offers low carbon emissions compared to fossil fuels. However, it can impact local aquatic ecosystems and water flow. Shinanogawa's operation aligns with Japan's goals to increase renewable energy share, contributing to grid stability and reducing reliance on imported fuels.
Environmental context
Hydroelectric power generation has a low carbon footprint but can alter river ecosystems and sediment transport. Shinanogawa's location in a mountainous region of Japan may involve considerations for fish migration and water quality. The plant's capacity of 177 MW places it in a moderate scale, balancing energy production with environmental stewardship.
Frequently asked questions
Shinanogawa hydroelectric power plant is located in Japan, with coordinates approximately 37.0550° N, 138.6828° E.
The Shinanogawa hydroelectric power plant has a capacity of 177 megawatts (MW).
The Shinanogawa hydroelectric plant is owned by Tokyo.
Hydroelectric power plants in Japan operate under the Electricity Business Act and are subject to environmental impact assessments. The government promotes renewable energy through feed-in tariffs and grid access policies.
Hydroelectric power generation produces low carbon emissions but can affect local ecosystems, including fish migration and water flow. Proper management and mitigation measures are required to minimize ecological disruption.