World Power Plants

Marun Dam150 MW Hidrelétrica

HydroRenovávelVerificado: fev. de 2026

The Marun Dam ranks as the 211th largest power generation facility in Iran and stands out with its capacity of 150 MW, making it a significant player in the country's energy sector. Commissioned in 2004, this hydroelectric power plant harnesses the natural flow of water to generate electricity, contributing to Iran's diverse energy portfolio. The facility's hydroelectric capabilities position it among the 32nd of 76 hydro plants in the nation, where it plays a crucial role in balancing the energy supply against demand, particularly in times of drought when other sources may falter. Hydropower is an essential component of Iran's energy mix, which is predominantly reliant on gas. The Marun Dam's generation technology enables it to utilize the gravitational force of the water flow effectively, resulting in a clean and renewable energy output. With a share of only 0.08% of Iran's total capacity of 193,362 MW, the Marun Dam serves a specific but critical purpose in enhancing the grid stability and providing renewable energy solutions in a country known for its rich fossil fuel resources. Geographically, the Marun Dam is situated in a region with limited nearby hydro facilities, the closest being the Maroun hydro plant at 75 MW and the Behbahan Combined Cycle Power Plant at 492 MW. This relative isolation underscores the dam's importance, as it serves a unique role in the local energy landscape, providing a reliable source of electricity to nearby communities. The presence of predominantly gas-fired generation in the vicinity highlights the diverse energy generation strategies being employed in Iran. In the broader Iranian energy profile, with a total of 327 plants, the dominance of gas as the primary fuel type emphasizes the need for renewable alternatives. The Marun Dam’s operational capacity, though modest compared to larger gas plants, is vital for promoting sustainable energy practices within the country. Its clean energy generation is essential for meeting both local demand and the national commitment to reducing greenhouse gas emissions. Managed by an experienced team since its commissioning, the Marun Dam exemplifies the potential of hydropower in Iran. As the country navigates its energy future, this facility will continue to play an important part in diversifying the energy mix and reducing reliance on fossil fuels. The ongoing development and maintenance of such facilities are crucial for fostering a more sustainable and environmentally friendly energy landscape.

Capacidade
150 MW
Ano de Comissionamento
2004

22 anos de idade

Proprietário
Iran Water and Power Resources Development Company
Localização
30.7144°, 50.3558°

Irã, Asia

Contexto e classificação
  • 213.ª maior entre as 327 usinas de Irã
  • N.º 8.353 no mundo por capacidade instalada
  • N.º 1.769 de 8.493 usinas de Hidrelétrica no mundo
  • 0,08% da capacidade instalada de Irã
Idade e comparação da frota

22 anos em operação

Média da frota de Hidrelétrica: 42,1 anos

Portfólio do operador

Iran Water and Power Resources Development Company opera 47 usinas totalizando 27.342 MW

Densidade regional

8 usinas num raio de 100 km, 3.732 MW no total

Usina mais próxima: Maroun (17,1 km)

Procedência dos dados

Fonte: Wikidata

Localização

Coordenadas:: 30.714444, 50.355833
Abrir no Google Maps
Pegada de carbono

Zero emissões diretas

Marun Dam é uma usina de hydro que produz aproximadamente 526 GWh de eletricidade limpa por ano com zero emissões diretas de CO₂ durante a operação.

Emissões do ciclo de vida: ~24 g CO₂/kWh (fabricação, transporte, desativação)

Detalhes Técnicos

Tipo de Combustível Principal
Hydro
Fonte de Energia
Renovável
País
Irã
Continente
Asia
Fonte de Dados
Banco de Dados Global de Usinas de Energia

IrãPerfil de Energia

327
Total de Usinas
195.6 GW
Capacidade Total
GasHydroOilNuclear
Principais Combustíveis

Vê Dados Incorretos ou Faltantes?

Ajude-nos a melhorar nosso banco de dados reportando quaisquer correções ou atualizações. Sua contribuição ajuda a manter nossos dados globais de usinas de energia precisos e atualizados.