Saudi Arabia Reveals bidders for 3.7 GW solar tender
The Saudi Arabian government’s National Renewable Energy Programme (NREP) chose bids for the fifth round of the programme this week, according to a statement released by Saudi Power Procurement Co. (SPPC). Both a list of “managing members” and a list of “managing and technical members” are included in the SPPC document.
The first list includes:
- UAE-based renewable energy developer Masdar
- Saudi Arabia-based energy company Al Jomaih Energy & Water Company (AEW)
- Saudi developer Alfanar
- Thailand-based industrial group B.Grimm Group
- UAE-based BGL Renewable Energy Systems Installation LLC
- EDF Renouvelables, the renewable energy unit of French energy giant EDF
- Renewable energy company FAS Energy, a unit of Saudi industrial group Fawaz Al Hokair Group
- Japan’s Itochu Corporation
- China-based Jinko Power
- Kahrabel FZE, a unit of French energy company Engie
- Korean utility Korea Electric Power Corporation (KEPCO)
- Japan’s Marubeni Corporation
- Qatar-based Nebras Power
- Saudi energy company Nesma Renewable Energy (NRE)
- South Korean engineering company Samsung C&T Corporation
- China-based SPIC Huanghe Hydropower Development Co. Ltd.
- Japan’s Sumitomo Corporation
- Total Energies Renewables SAS, a unit of French oil and energy company Total
The second list comprises:
- Greek conglomerate GEK Terna
- Thailand-based Gulf Energy Development Public Company Limited
- Japanese utility Jera
- Power Construction Corporation of China (PowerChina)
- Saudi Electricity Company
Among the tendered PV projects are the 1 GW (AC) Al Masa’a project, situated in the northern Hail region, and the 2 GW (AC) Al Sadawi plant, situated in the east of the nation. The 300 MW (AC) Rabigh 2 array in western Makkah province and the 400 MW (AC) Al Henakiyah 2 plant in western Madinah province are also included.
SPPC, a government-owned organisation entrusted with obtaining electricity from independent power producers, will supervise the projects and be in charge of predevelopment, tendering, and the energy offtake that follows.