Project Portfolio

Project Portfolio

Strategic power projects across thermal rehabilitation, hydropower restoration, renewable energy, and IPP development.

Super Power's project portfolio spans over 1,378 MW of power generation capacity across completed, ongoing, development, and proposal-stage projects.

ProjectCapacityTypeStatus
Shahed Shazad Power Plant29 MWThermal Power Plant Rehabilitation & O&MCompleted
Derbendikhan Hydropower Restoration249 MWHydropower Restoration · 3 × 83 MWOngoing
Dokan Hydropower Restoration400 MWHydropower Restoration · 5 × 80 MWOngoing
Floating Solar Photovoltaic Plant200 MWFloating Solar PVDevelopment
Sulaimaniyah IPP Budgetary Proposal500 MW TBCCombined-Cycle Power Plant · 2×1Proposal
Shahed Shazad Power Plant
29 MWCompleted
Thermal Power Plant Rehabilitation & O&M

Shahed Shazad Power Plant

Sulaimaniyah, Iraq

Super Power completed the rehabilitation of the Shahed Shazad Power Plant, a 29 MW facility consisting of four MAN B&W 16V32/40 reciprocating engine units. The project restored operational capability, improved reliability, rehabilitated key mechanical and auxiliary systems, and prepared the facility for stable electricity production.

Key scope
  • Engine and auxiliary system rehabilitation
  • HFO separator rehabilitation
  • Steam boiler and fuel heating system works
  • Exhaust gas stack and steel structure works
  • Alternator inspection
  • Pre-commissioning and commissioning
Derbendikhan Hydropower Restoration
249 MWOngoing
Hydropower Restoration · 3 × 83 MW

Derbendikhan Hydropower Restoration

Derbendikhan, Sulaymaniyah Governorate

Derbendikhan Hydropower Station is a strategic renewable energy asset located on the Diyala River, approximately 65 km southeast of Sulaimaniyah. Super Power performed a site investigation and is supporting the ongoing multi-year restoration programme.

Key scope
  • Technical inspection
  • Preliminary design
  • Procurement and equipment transportation
  • Site construction and personnel mobilisation
  • Bridge and gantry crane inspection and repair
  • Phased maintenance of generating units
Dokan Hydropower Restoration
400 MWOngoing
Hydropower Restoration · 5 × 80 MW

Dokan Hydropower Restoration

Dokan, Sulaymaniyah Governorate

Dokan Hydropower Station is one of Iraq's most important renewable energy facilities, located on the Lesser Zab River approximately 65 km northwest of Sulaimaniyah. Super Power conducted a site investigation and prepared the technical proposal for the restoration programme.

Key scope
  • Hydropower restoration planning
  • Utility equipment maintenance
  • Inspection and repair of bridge cranes and gantry cranes
  • Phased maintenance of Units 5, 4, 3, 2, and 1
  • Final completion and handover support
Floating Solar Photovoltaic Plant
200 MWDevelopment
Floating Solar PV

Floating Solar Photovoltaic Plant

Dokan & Derbendikhan Lake Areas

Super Power is developing a 200 MW floating solar photovoltaic concept using available water surfaces at Dokan and Derbendikhan lake areas. The project supports renewable energy development, reduces land-use pressure, and creates synergy with existing hydropower infrastructure.

Key scope
  • Adds renewable electricity generation capacity
  • Reduces land-use pressure
  • Supports solar-hydropower integration
  • Reduces dependency on conventional fuel generation
  • Supports energy diversification and long-term energy security
Sulaimaniyah IPP Budgetary Proposal
500 MW TBCProposal
Combined-Cycle Power Plant · 2×1

Sulaimaniyah IPP Budgetary Proposal

Sulaimaniyah, Iraq · Proposed Partner: GE / GE Vernova TBC

Super Power has prepared a budgetary proposal for a large-scale Independent Power Producer project in Sulaimaniyah, based on a 2×1 combined-cycle power plant configuration. The project is designed to support reliable, efficient, and flexible electricity generation.

Key scope
  • Higher generation efficiency
  • Large-scale reliable capacity
  • Support for public, industrial, and commercial demand
  • Improved grid stability
  • Platform for long-term private-sector participation

Capacity and partner details to be verified before final publication.