⁦Infrastructure profile⁩⁦Active⁩

⁦Shahid Rajaee Power Plant⁩

⁦The plant combines conventional thermal generation and combined-cycle generation in Qazvin Province⁩. ⁦Official plant information lists 13 generating units and 1⁩,900 ⁦MW of installed capacity⁩. ⁦It began operation with its first thermal unit in 1993⁩, ⁦and the final combined-cycle steam unit entered operation in 2007⁩.

⁦Status⁩⁦Active⁩
⁦Verification⁩⁦Basic⁩
⁦Confidence⁩⁦High⁩
⁦Updated⁩19/07/2026
⁦Strategic Layer⁩

⁦Strategic and market-access role⁩

⁦Shahid Rajaee Power Plant matters in the Hormuz Graph because it supports electricity resilience in the Tehran-Qazvin industrial corridor⁩, ⁦where manufacturing estates⁩, ⁦logistics routes⁩, ⁦food processing⁩, ⁦automotive suppliers⁩, ⁦and capital-region enterprise demand depend on stable power⁩. ⁦Its role connects Qazvin’s industrial base⁩, ⁦westbound freight corridors⁩, ⁦urban demand⁩, ⁦grid stability⁩, ⁦fuel exposure⁩, ⁦and environmental pressure⁩. ⁦The asset is analytically useful because Qazvin functions as both a production province and a logistics bridge between Tehran⁩, ⁦Zanjan⁩, ⁦Gilan⁩, ⁦and northwest Iran⁩. ⁦National-grid generation asset⁩. ⁦The evidence does not define specific direct industrial connections or a more precise market-access role⁩.

⁦OPERATING PROFILE⁩

⁦Operations⁩, ⁦capacity⁩ &⁦amp⁩; ⁦connectivity⁩

⁦Related use cases⁩

⁦Useful for power-supply risk assessment⁩, ⁦industrial site screening⁩, ⁦manufacturing resilience review⁩, ⁦public-project monitoring⁩, ⁦environmental-risk analysis⁩, ⁦and demand mapping for backup power⁩, ⁦efficiency⁩, ⁦or maintenance services⁩. ⁦Analysts can use it to evaluate how electricity constraints affect Qazvin industrial towns⁩, ⁦warehousing⁩, ⁦cold chains⁩, ⁦and westbound logistics⁩. ⁦Due diligence should verify grid role⁩, ⁦fuel exposure⁩, ⁦maintenance condition⁩, ⁦local shortage patterns⁩, ⁦emissions constraints⁩, ⁦and procurement channels⁩.

⁦Capacity and service area⁩

⁦Capacity⁩: 1,900 ⁦MW installed capacity⁩: 1,000 ⁦MW thermal capacity across four 250 MW steam units⁩, ⁦plus 900 MW combined-cycle capacity across six 100 MW gas units and three 100 MW steam units⁩. ⁦Service area⁩: ⁦To supply Qazvin⁩, ⁦Tehran⁩, ⁦and other northern and northwestern regions through the national grid⁩.

⁦CONTROL⁩ &⁦amp⁩; ⁦DEVELOPMENT⁩

⁦Ownership⁩, ⁦operation⁩ &⁦amp⁩; ⁦expansion⁩

⁦Owner and operator⁩

⁦Owner⁩: ⁦Thermal Power Plants Holding Company⁩ (شرکت مادر تخصصی تولید برق حرارتی) ⁦Operator⁩: ⁦Shahid Rajaee Power Generation Management Company⁩ (شرکت مدیریت تولید برق شهید رجایی)

⁦Opening or commissioning⁩

1993, ⁦when the first thermal unit entered operation⁩. ⁦The final combined-cycle steam unit entered operation in 2007⁩.

⁦DECISION RISKS⁩

⁦Constraints⁩, ⁦risk⁩ &⁦amp⁩; ⁦compliance⁩

⁦Key risks and compliance considerations⁩

⁦The facility’s stated fuel configuration combines natural gas as its primary fuel with mazut⁩ (⁦fuel oil⁩) ⁦as backup fuel⁩. ⁦The evidence pack does not quantify fuel-availability⁩, ⁦emissions⁩, ⁦maintenance or other operating risks⁩.

⁦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.

⁦What is the installed capacity of Shahid Rajaee Power Plant⁩?

⁦The plant has 1⁩,900 ⁦MW of installed capacity⁩: 1,000 ⁦MW of thermal capacity and 900 MW of combined-cycle capacity⁩.

⁦What fuel does Shahid Rajaee Power Plant use⁩?

⁦Official plant information identifies natural gas as the primary fuel and mazut⁩, ⁦or fuel oil⁩, ⁦as the backup fuel⁩.

⁦Who operates Shahid Rajaee Power Plant⁩?

⁦It is operated by Shahid Rajaee Power Generation Management Company and owned by Thermal Power Plants Holding Company⁩.

⁦When did Shahid Rajaee Power Plant begin operating⁩?

⁦The first thermal unit entered operation in 1993⁩. ⁦The final steam unit of the combined-cycle plant entered operation in 2007⁩.