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Sieyuan's first mobile high-voltage substation delivery to Saudi Electricity Company covers seven 132 kV units with ten years of O&M support.
Saudi Electricity Company 132kV Mobile High-Voltage Substation
This project is the first delivery of high-voltage mobile substations between Sieyuan Electric and Saudi Electricity Company (SEC), covering core work such as supply, installation, civil construction, and commissioning of high-voltage mobile substations, and providing operation and maintenance services for up to ten years. All core products of the project come from the industrial company of Sieyuan Electric, fully demonstrating Sieyuan Electric's full industry chain advantages in the field of power equipment. This marks the recognition of Sieyuan Electric in the high-end electrical equipment market.
Project Overview
Sieyuan's first mobile high-voltage substation delivery to Saudi Electricity Company covers seven 132 kV units with ten years of O&M support.
Project Background
SEC expanding power infrastructure to meet sustained demand growth.
Technical Highlights
Dual 33 kV and 13.8 kV output with intelligent control for harsh climates.
Project Overview
Project Background
The sustained growth of Saudi Arabia's economy has led to an increasing demand for reliable electricity. In order to meet this demand, Saudi Electricity Company (SEC) is committed to enhancing and expanding its power infrastructure through various projects, and the high-voltage mobile substation project is one of the important initiatives. These high-voltage mobile substations can not only serve as backup power sources to quickly restore power supply in emergency situations, but can also be used for rapid integration of new power plants into the grid, temporary solutions during maintenance and renovation of existing substations, and providing additional power support during peak demand periods.
Technical Highlights
The substation can simultaneously meet two voltage levels of 33kV and 13.8kV, enhancing the versatility of the equipment. It is also integrated with the latest intelligent control technology, enabling it to adapt to harsh climate conditions and large-scale power load demands.
