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by The Federated States of Domanania. . 2 reads.

Dams of Domanania


Veshkaeyu Dam, Heresrun

Overview

Although Domanania peninsula has a few rivers flowing east and north, which seem advantageous to hydropower generation, there are significant challenges. There are high seasonal variations in the weather and most of the rainfall occurs in the summer. Installed hydropower capacity is about 4,048 MWh and annual hydropower generation is some 4.503 GWh as of 2020. This accounts for 35 TWh year round, or 17.7% of all power generation in the country.

Today, as the potential for conventional hydropower generation is almost fully exploited, With many hydropower plants in the country being built about 40 to 50 years ago and are in need of modernization work in order to improve their performance, efficiency, and output.



History

Starting in 1918, the Doman Water Company started building the first Hydroelectric dams in the country. By 1940, 1,000 MW was being produced by hydroelectric dams.

After the civil war ended, the new government sent out to develop energy initiatives as part of a series of 5-year plans designed to develop the economy. This included building up coal powerplants, but also developing hydroelectric power solutions. Starting in the 1970's, Hydro electric dams would be built across the country, providing water security for the drought prone country, as well as power generation.



Dam Overview

Domanania has 15 dams of various types, with most being multi purpose (Power Generation and water control). These dams are maintained and operated by Sohae Hydro & Nuclear with oversight from the Doman Water Management Company; which regulates, develops and maintains water supplies in Domanania for public and industrial uses.

Dam Name

Location

Type

Role

Active Capacity (m3)

Capacity (MW)

Built

Operation

Sanpae

Sanpaetewae, Tavunt

Embankment

Flood Control, Power Generation, Water Supply

1.9 Billion

200 MW

1977

1983

Duiní

Apíkotewae, Thuthansaesh

Pumped Storage

Power Generation

4,568,000 (Upper)
19,982,000 (Lower)

1,000 MW

1998

2008

Gurae

Kodgurae, Dontesa

Gravity

Power Generation, Water Supply

106 Million

100 MW

2010

2020

Hanam

Kotewae, Tavunt

Gravity

Flood Control

270 Million

2010

2018

Hasanan

Taeríyusí, Heresrun

Gravity/Pumped Storage

Power Generation, Water Supply

800 Million

600

1988

1996

Kodgeu

Kodgeupupan, Dontesa

Gravity

Power Generation

1 Billion

108

1939

1944

Ganapa

Kíseuganapa, Thuthansaesh

Embankment

Power Generation, Flood Control, Water Supply

595 Million

50

1987

1996

Tunkíwae

Gíyanporyan, Heresrun

Gravity/Pumped Storage

Power Generation, Water Supply

893 Million

100

1943

1949

Gíraets

Kotseunaí, Tavunt

Embankment

Flood Control, Water Supply

55 Million

1972

1980

Bodraeth

Píhanal, Dontesa

Gravity/Pumped Storage

Power Generation, Water Supply

897 Million

400

1988

1992

Teumsí

Teumsítewae, Tavunt

Embankment

Power Generation, Flood Control, Water Supply

800 Million

90

1975

1980

Thunmogeu

Djyatvesh, Tavunt

Embankment/Pumped Storage

Power Generation, Flood Control, Water Supply

1 Billion

90

1973

1978

Kaeyu

Bunpupan, Tavunt

Gravity/Pumped Storage

Power Generation

403 Million

800

2018

2022

Djíseuta

Veshkaeyu, Heresrun

Gravity

Power Generation, Flood Control, Water Supply

1.789 Billion

400

1975

1981

Bunko

Shubangíran, Thuthansaesh

Gravity

Power Generation, Water Supply

598 Million

120

1981

1985



Future

Recent governments have taken to dam renovations, due to many dams being over 40 years old, which has caused damage and efficiency concerns. Modern dam projects have also caused significant environmental damage, with large algae blooms being a problem. Many protests have occured over much needed dam renovation, or their construction. Some politicians have lobbies for the demolition of up to 12 small dams that have been neglected.

In 2024, Sohae announced that it would be installing floating solar panels in many dam reservoirs to assist with power generation for some pumped storage dams. The total generation is expected to be an additional 1,000 MWh for each dam equipped with these floating panels, though there are concerns over their feasibility in smaller dams.

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