⁦Infrastructure profile⁩⁦Active⁩

⁦Binalood Wind Farm⁩

⁦The farm is a confirmed active onshore wind asset in Razavi Khorasan⁩, ⁦operated by Binalood Green Power Generation Company⁩. ⁦Operating capacity is approximately 28 MW across 43 turbines⁩. ⁦Historical development⁩, ⁦ownership and expansion records are not fully aligned across sources⁩.

⁦Status⁩⁦Active⁩
⁦Verification⁩⁦Basic⁩
⁦Confidence⁩⁦Medium⁩
⁦Updated⁩19/07/2026
⁦Strategic Layer⁩

⁦Strategic and market-access role⁩

⁦Binalood Wind Farm is relevant in the Hormuz Graph as a renewable-energy asset in Razavi Khorasan⁩, ⁦a province where power reliability⁩, ⁦industrial demand⁩, ⁦agriculture⁩, ⁦and border-oriented logistics all depend on resilient electricity supply⁩. ⁦Its location near Neyshabur places it within the Mashhad⁩–⁦Neyshabur economic corridor rather than an isolated desert project⁩. ⁦The asset connects renewable generation⁩, ⁦public power infrastructure⁩, ⁦environmental pressure⁩, ⁦and regional energy diversification⁩, ⁦making it a useful marker for assessing where Iran’s non-fossil power assets intersect with eastern industrial and urban demand⁩.

⁦OPERATING PROFILE⁩

⁦Operations⁩, ⁦capacity⁩ &⁦amp⁩; ⁦connectivity⁩

⁦Related use cases⁩

⁦Useful for renewable-energy screening⁩, ⁦power-supply risk assessment⁩, ⁦public-project monitoring⁩, ⁦industrial-site evaluation⁩, ⁦and mapping opportunities around grid support⁩, ⁦maintenance⁩, ⁦equipment services⁩, ⁦and clean-energy policy exposure⁩. ⁦Investors and analysts can use it to compare renewable assets in eastern Iran⁩, ⁦evaluate demand from nearby industrial and urban markets⁩, ⁦and identify constraints related to grid connection⁩, ⁦procurement⁩, ⁦regulation⁩, ⁦and project bankability⁩.

⁦Capacity and service area⁩

⁦Capacity⁩: ⁦Operating capacity is 28.2 MW or 28.38 MW⁩, ⁦depending on source⁩, ⁦as of 18 July 2024⁩. ⁦Sources report 43 turbines rated at 660 kW each⁩. ⁦Service area⁩: ⁦Razavi Khorasan Province⁩, ⁦with the facility located near Neyshabur and Binalood⁩.

⁦Industries served⁩

⁦Power generation⁩; ⁦renewable energy⁩.

⁦CONTROL⁩ &⁦amp⁩; ⁦DEVELOPMENT⁩

⁦Ownership⁩, ⁦operation⁩ &⁦amp⁩; ⁦expansion⁩

⁦Owner and operator⁩

⁦Owner⁩: ⁦Ownership information is incomplete⁩. ⁦Global Energy Monitor identifies Iran Power Plant Investment Co⁩ / ⁦Renewable Energy Organization of Iran⁩ (⁦SANA⁩) ⁦for phases 1 and 2⁩; ⁦this requires confirmation for the current asset structure⁩. ⁦Operator⁩: ⁦Binalood Green Power Generation Company⁩ (شرکت تولید نیروی برق سبز بینالود), ⁦a public joint-stock company⁩.

⁦Opening or commissioning⁩

⁦Initiation year⁩: 2002 (1381 ⁦Iranian calendar⁩). ⁦Sources conflict on commissioning and phase-completion dates⁩, ⁦including 2007/08⁩, 2008 ⁦and 2017 for Phase 1⁩.

⁦Expansion and development projects⁩

⁦Wikipedia sources report a planned expansion to 61.2 MW or 61.38 MW⁩, ⁦involving 50 additional turbines⁩. ⁦Global Energy Monitor records a 33 MW Phase 2 as cancelled⁩, ⁦inferred in July 2024⁩. ⁦The current status and timeline of expansion are unconfirmed⁩.

⁦DECISION RISKS⁩

⁦Constraints⁩, ⁦risk⁩ &⁦amp⁩; ⁦compliance⁩

⁦Key risks and compliance considerations⁩

⁦The principal disclosed decision risk is uncertainty over the expansion programme⁩. ⁦Capacity reporting also differs slightly across sources⁩.

⁦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.

⁦Where is Binalood Wind Farm located⁩?

⁦Binalood Wind Farm is in Razavi Khorasan Province⁩, ⁦Iran⁩, ⁦near Neyshabur and the new city of Binalood⁩.

⁦What is the reported capacity of Binalood Wind Farm⁩?

⁦Sources as of 18 July 2024 report operating capacity of either 28.2 MW or 28.38 MW⁩. ⁦They also report 43 turbines rated at 660 kW each⁩.

⁦Who operates Binalood Wind Farm⁩?

⁦The operator is Binalood Green Power Generation Company⁩, ⁦a public joint-stock company⁩.

⁦Is Binalood Wind Farm being expanded⁩?

⁦Expansion reporting is unresolved⁩. ⁦Wikipedia sources describe plans for about 61.2⁩–61.38 ⁦MW and 50 additional turbines⁩, ⁦while Global Energy Monitor records a 33 MW Phase 2 as cancelled⁩, ⁦inferred in July 2024⁩.