Question

Какие ГЭС РФ непосредственно участвовали в регулировании сброса воды из своих водохранилиш в период крупнейшего за все время гидрометеонаблюдений наводнения на Дальнем Востоке в 2013га) Буреинскаяб)Вилюйскаяв)Зейскаяг)Колымскаяд) Мамаканская

Answer 1

Ляляляляллялялялялялялляляляляляля     
это в

Answer 2

The Role of Russian Hydroelectric Power Plants in Regulating Water Discharge during the 2013 Floods in the Russian Far East

During the largest flood in the history of hydro-meteorological observations in the Russian Far East in 2013, several hydroelectric power plants (HPPs) in Russia were directly involved in regulating water discharge from their reservoirs. The HPPs played a crucial role in managing the water levels and mitigating the impact of the floods. The following HPPs were among those that participated in regulating water discharge:

1. Bureyskaya Hydroelectric Power Plant (HPP): The Bureyskaya HPP, located on the Bureya River in the Amur Oblast, was one of the HPPs involved in regulating water discharge during the 2013 floods. It is a large-scale power plant with a capacity of 2,010 MW. The reservoir of the Bureyskaya HPP helped control the water levels and prevent further flooding in the downstream areas.

2. Vilyuyskaya Hydroelectric Power Plant (HPP): The Vilyuyskaya HPP, situated on the Vilyuy River in the Sakha Republic (Yakutia), also played a role in regulating water discharge during the 2013 floods. This HPP has a capacity of 864 MW and its reservoir helped manage the water levels in the affected areas.

3. Zeyskaya Hydroelectric Power Plant (HPP): The Zeyskaya HPP, located on the Zeyskaya River in the Amur Oblast, was another HPP involved in regulating water discharge during the 2013 floods. With a capacity of 1,330 MW, the Zeyskaya HPP's reservoir helped control the water levels and mitigate the impact of the floods.

4. Kolyma Hydroelectric Power Plant (HPP): The Kolyma HPP, situated on the Kolyma River in the Magadan Oblast, also participated in regulating water discharge during the 2013 floods. This HPP has a capacity of 570 MW and its reservoir played a role in managing the water levels in the affected areas.

5. Mamakan Hydroelectric Power Plant (HPP): The Mamakan HPP, located on the Mamakan River in the Khabarovsk Krai, was another HPP involved in regulating water discharge during the 2013 floods. With a capacity of 1,200 MW, the Mamakan HPP's reservoir helped control the water levels and mitigate the impact of the floods.

Please note that the information provided above is based on search results and may not be an exhaustive list of all the hydroelectric power plants that participated in regulating water discharge during the 2013 floods in the Russian Far East.