Elsewedy Electric

Elsewedy Electric PSP’s Rabigh 2 role is a substantial power-engineering assignment: it is an EPC joint-venture partner with Sinohydro on a 2.3 GW combined-cycle expansion for developer Al Mourjan Two for Electricity Company. The signed contract covers design, engineering, procurement, erection, construction, commissioning and performance testing, along with civil works and national-grid interconnection. This breadth gives the joint venture responsibility for a complete plant delivery chain, and it makes the project a useful case for assessing Elsewedy’s power EPC work through an actual published scope.¹

The plant configuration is unusually specific in the release. It describes six Siemens SGT6-5000F gas turbines and two Siemens SST-5000 steam turbines in an SGT6-5000F 2×(3×3×1) arrangement. Six heat-recovery steam generators, a cooling tower, mechanical and electrical systems, instrumentation and control balance-of-plant systems, and a bypass stack with diverter damper are also included. These details show a combined-cycle design with provision for simple-cycle operation. The release does not provide performance curves or operating procedures, so those engineering features should be understood as declared configuration, not quantified results.¹

Editorially, the project’s technical coherence comes from integrating generation trains with their heat-recovery and balance-of-plant systems. The turbines, HRSGs, steam turbines, cooling system and controls must operate as a coordinated facility; successful EPC delivery depends on disciplined interfaces across civil, mechanical, electrical and instrumentation work. The announced scope puts these components under one JV responsibility, which is a favorable structure for managing plant-wide design and commissioning interfaces. It cannot, by itself, guarantee output or reliability, but it makes accountability for integration visible.¹

The national-grid interconnection is an important part of the remit. A large generating plant has value to the power system only when its electrical systems, protection and connection are integrated with the receiving network. The company announcement confirms that interconnection is included, but it does not name the voltage level, switchyard arrangement, grid works or connection schedule. A measured assessment therefore recognizes the interface as part of the EPC scope while avoiding assumptions about the transmission package or its performance.¹

The release says that full-scale execution follows the previously issued limited notice to proceed and reports more than 39 percent overall progress and over five million safe man-hours at the time of publication. Those are company-stated project updates, not independently audited measurements. For an engineering assessment, their value is contextual: they indicate that the EPC contract formalizes work already underway, rather than beginning from a blank site. The stated May 2029 commercial-operation target remains a target, not a guarantee.¹

Elsewedy’s role should be described precisely as that of a joint-venture partner, not a solo contractor. The project’s detailed equipment list, full EPC scope and commissioning obligations belong to the joint venture. The release says the partnership combines Elsewedy Electric PSP and Sinohydro but does not divide work packages between them. That distinction matters because a technically positive assessment should credit the documented JV delivery structure without assigning turbine, civil or grid responsibilities to a particular partner absent evidence.¹

The report’s statement that work had moved beyond the limited notice to proceed highlights the transition from enabling activities into full EPC execution. That context makes later progress and commissioning reporting especially valuable: it can show how the joint venture manages the shift from early site work to integrated construction and testing. The release supplies no detailed schedule or partner workshare, so those future milestones will help clarify delivery without changing the currently disclosed division of responsibility.¹

On the disclosed record, Rabigh 2 is a strong example of Elsewedy Electric PSP’s power-infrastructure role: a multi-gigawatt plant with a defined combined-cycle configuration and an EPC scope that reaches through testing and grid connection. The evidence is concrete enough to support a favorable editorial view of the scale and integration challenge. The remaining uncertainties are normal at this stage: detailed performance guarantees, testing results and final commissioning evidence are not in the source. Future milestones will show how the scope translates into operating capacity.¹