The 607MWp photovoltaic project of Yibeli in Oman is a significant energy construction project located 30 kilometers northwest of Yibeli City in the Zahir Province of northern Oman. It covers a vast area, equivalent to the size of 1600 standard football fields.

The installed capacity of this project has reached an astonishing 607 megawatts, with an estimated annual power generation of 1598 gigawatt hours. This scale is sufficient to meet the annual electricity demand of about 50000 households in the local area, which is of great significance for improving Oman's energy structure and alleviating peak electricity shortages in the capital city of Muscat and the northern region. At the same time, it has also played a positive role in improving the peak shaving capacity of the local power grid, helping to enhance the stability and reliability of the power grid.

The main construction stage is the core stage of project construction. At this stage, the project team installs photovoltaic modules, builds brackets, lays cables, and installs electrical equipment according to the design and construction plans. After the completion of the main construction, the project entered the debugging and trial operation stage. The team also conducted trial operation of the power plant, collected operational data and analyzed it to further optimize the operational performance of the power plant. Finally, the project passed the completion acceptance and was officially put into operation. The project team has submitted complete completion documents and acceptance reports, and has been inspected and accepted by relevant departments. Once the acceptance is passed, the project will be officially put into operation and begin to provide clean electricity energy to the local area.

Building such a large-scale photovoltaic power station in the desert poses many challenges for the project team. Firstly, the high temperature environment in desert areas places extremely high demands on the performance of photovoltaic modules and equipment. Secondly, the complex terrain and geological conditions, as well as frequent sandstorms, have brought considerable difficulties to the construction and operation of the project. However, with professional skills and rich experience, the project team successfully overcame these difficulties and ensured the smooth progress of the project.

The Oman Yibaili 607MWp photovoltaic project has also achieved significant results in technological innovation. For the first time, it adopts a combination scheme of "intelligent cleaning robot+flat single axis tracking bracket", achieving the compatibility design between photovoltaic tracking system and automatic cleaning system. This innovation not only greatly improves the efficiency of photovoltaic power generation, but also reduces operation and maintenance costs, leading the mainstream trend of large-scale power station operation and maintenance in the Middle East region.

In addition, the project also adopts various advanced photovoltaic technologies, such as double-sided double glass modules, string inverters, etc., further improving power generation efficiency. At the same time, the project team actively promotes and applies clean energy technologies, making positive contributions to Oman's energy transformation and sustainable development. Keywords: overseas engineering, international engineering construction, foreign engineering construction news.

The successful construction and operation of the 607MWp photovoltaic project in Oman has not only brought considerable economic and social benefits to the local area, but also made positive contributions to global efforts to address climate change and achieve carbon neutrality goals. It demonstrates the strength and responsibility of Chinese power construction enterprises on the international stage, and also provides valuable experience and reference for the construction of photovoltaic projects in other countries and regions. (This article is from the official website of Jiandao: www.seetao. com. Reproduction without permission is not allowed, otherwise it will be punished. Please indicate Jiandao's website and the original link when reprinting.) Jiandao's mechanical column editor/Zhou Yingwen