⁦Infrastructure profile⁩⁦Active⁩

⁦Shahid Abbaspour Dam⁩

⁦A double-arch concrete dam⁩, ⁦Shahid Abbaspour Dam is 200 metres high from foundation⁩. ⁦It was initially known as Karun-1 Dam and was later renamed Shahid Abbaspour Dam⁩; ⁦both names remain in use⁩.

⁦Status⁩⁦Active⁩
⁦Verification⁩⁦Basic⁩
⁦Confidence⁩⁦High⁩
⁦Updated⁩19/07/2026
⁦Strategic Layer⁩

⁦Strategic and market-access role⁩

⁦Shahid Abbaspour Dam matters in the Hormuz Graph as a major Karun-basin water and hydropower asset in northern Khuzestan⁩, ⁦where river regulation affects electricity generation⁩, ⁦downstream agriculture⁩, ⁦industrial water conditions⁩, ⁦and flood-management exposure⁩. ⁦Its role is distinct from Marun or Karkheh because it is embedded in the Karun cascade⁩, ⁦linking upstream hydropower logic to Khuzestan’s wider energy⁩, ⁦agriculture⁩, ⁦and industrial economy⁩. ⁦The asset connects power flows⁩, ⁦water allocation⁩, ⁦reservoir management⁩, ⁦environmental stress⁩, ⁦and operating risk in one of Iran’s most economically sensitive river systems⁩.

⁦OPERATING PROFILE⁩

⁦Operations⁩, ⁦capacity⁩ &⁦amp⁩; ⁦connectivity⁩

⁦Related use cases⁩

⁦Useful for hydropower context analysis⁩, ⁦water-risk assessment⁩, ⁦public-project monitoring⁩, ⁦agricultural supply-chain review⁩, ⁦industrial site-risk evaluation⁩, ⁦and environmental-stress mapping in Khuzestan⁩. ⁦Analysts can use it to compare Karun-basin assets and understand how reservoir conditions affect power availability⁩, ⁦downstream users⁩, ⁦irrigation⁩, ⁦flood exposure⁩, ⁦and water-quality concerns⁩. ⁦Practical checks should verify current reservoir levels⁩, ⁦generation status⁩, ⁦maintenance needs⁩, ⁦drought exposure⁩, ⁦and allocation rules⁩.

⁦Capacity and service area⁩

⁦Capacity⁩: 2,000 ⁦MW installed hydropower capacity across eight 250 MW units⁩. ⁦Reservoir volume is reported as 3.139 billion cubic metres at maximum level⁩. ⁦Service area⁩: ⁦The asset serves Karun-basin power generation⁩, ⁦flood-control and water-supply functions⁩, ⁦including drinking⁩, ⁦industrial and agricultural water uses⁩.

⁦Industries served⁩

⁦Power generation⁩; ⁦water supply for industry and agriculture⁩.

⁦CONTROL⁩ &⁦amp⁩; ⁦DEVELOPMENT⁩

⁦Ownership⁩, ⁦operation⁩ &⁦amp⁩; ⁦expansion⁩

⁦Owner and operator⁩

⁦Owner⁩: ⁦Iran Water and Power Resources Development Co⁩. (⁦TAWANIR subsidiary⁩) ⁦Operator⁩: ⁦Iran Water and Power Resources Development Co⁩. (⁦TAWANIR subsidiary⁩)

⁦Opening or commissioning⁩

1976

⁦DECISION RISKS⁩

⁦Constraints⁩, ⁦risk⁩ &⁦amp⁩; ⁦compliance⁩

⁦Operational constraints⁩

⁦Actual generation depends on water levels and demand⁩. ⁦Current output⁩, ⁦the number of units in operation and maintenance schedules are not consistently publicly reported⁩.

⁦Key risks and compliance considerations⁩

⁦Hydropower availability is exposed to changing reservoir conditions⁩. ⁦Current operational and maintenance information should be verified for asset-specific decisions⁩.

⁦Related context⁩

⁦Connected Intelligence⁩

⁦Relevant geography⁩, ⁦industry⁩, ⁦market and execution context for this profile⁩.

⁦Common questions⁩

⁦Frequently asked questions⁩

⁦Direct answers to the questions most likely to arise when reviewing this profile⁩.

⁦Is Shahid Abbaspour Dam the same as Karun-1 Dam⁩?

⁦Yes⁩. ⁦The dam was initially known as Karun-1 Dam and was later renamed Shahid Abbaspour Dam⁩. ⁦Both names remain in use⁩.

⁦What is the installed capacity of Shahid Abbaspour Dam⁩?

⁦Its installed hydropower capacity is reported as 2⁩,000 ⁦MW⁩, ⁦comprising eight 250 MW units⁩.

⁦Who owns and operates Shahid Abbaspour Dam⁩?

⁦The Iran Water and Power Resources Development Co⁩., ⁦a TAWANIR subsidiary⁩, ⁦is identified as both owner and operator⁩.

⁦What are the dam⁩'⁦s principal functions⁩?

⁦Its reported purposes are hydropower generation⁩, ⁦flood control⁩, ⁦and water supply for drinking⁩, ⁦industrial and agricultural uses⁩.