World’s Longest Driverless Metro Opens New Qasr Al-Hokm Station in Riyadh

The Qasr Al-Hokm Station is distinguished by its design that combines authenticity and modernity. (Turki al-Aqaili)
The Qasr Al-Hokm Station is distinguished by its design that combines authenticity and modernity. (Turki al-Aqaili)
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World’s Longest Driverless Metro Opens New Qasr Al-Hokm Station in Riyadh

The Qasr Al-Hokm Station is distinguished by its design that combines authenticity and modernity. (Turki al-Aqaili)
The Qasr Al-Hokm Station is distinguished by its design that combines authenticity and modernity. (Turki al-Aqaili)

Riyadh’s Qasr Al-Hokm Downtown Station, a major hub in the world’s longest driverless metro network, began operations on Wednesday, offering a new gateway for residents and visitors in the heart of the Saudi capital.

The station is one of the four main stations in the network and is a vital center that connects the Blue and Orange Lines of the Metro with the bus transport network. The Qasr Al-Hokm Station serves administrative facilities, palaces, squares, historical markets, commercial centers, tourist sites, and residents of the neighborhoods in the Qasr Al-Hokm area in the center of Riyadh.

The Qasr Al-Hokm Station is distinguished by its design that combines authenticity and modernity, inspired by the principles of the Salmani architecture. It features a shiny steel curtain that visually connects the station's multiple levels with its external surroundings, and helps reflect daylight into the station, while providing shade for the open areas and spaces surrounding the station.

The station includes an innovative green garden that allows passengers to sit and rest while waiting for their train trips. It boosts the station's multiple functions, including providing an attractive public space that facilitates meeting and interaction between the city's residents and visitors.

It also includes 17 electric elevators and 46 escalators and many shops, services and public facilities, in addition to paintings and artistic sculptures.

Riyadh is making significant strides in sustainable and smart transportation with its metro project spanning 176 kilometers, the world's longest driverless rail system.

The project marks a major leap in urban mobility and serves as a key pillar in achieving Saudi Arabia’s Vision 2030 goals.

Riyadh’s driverless metro network will help reduce carbon emissions and boost environmental sustainability by relying on clean electric energy instead of fossil fuels used in private vehicles, said Dr. Maher Shirah, senior director of the General Smart Cities Administration at the Royal Commission for Riyadh City.

He told Asharq Al-Awsat that the metro’s advanced automation optimizes train speed and braking, improving energy efficiency and air quality in the capital.

Riyadh’s driverless metro is more than just a green initiative—it is a major step toward smart city integration, leveraging real-time connectivity and mobile applications to provide passengers with precise travel updates, said Shirah.

He added that the system features centralized monitoring and control, optimizing infrastructure management while seamlessly integrating with buses and ride-sharing services to enhance the capital’s transport efficiency.

With this milestone, Riyadh is emerging as a global model for modern mobility.

“Riyadh Metro Network is more than just a transit system—it is a step toward a fully integrated urban future,” Shirah explained.



Egypt Makes Progress in its Nuclear Energy Project

Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)
Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)
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Egypt Makes Progress in its Nuclear Energy Project

Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)
Construction work at the El-Dabaa nuclear power plant. (Egyptian Nuclear Power Plants Authority)

Egypt has reported significant progress in the construction of the El-Dabaa nuclear power plant in the country’s northwest, a project being developed in cooperation with Russia. The government announced on Tuesday that more than 20% of the project has been completed.

Egypt and Russia signed a cooperation agreement on November 19, 2015, to establish the nuclear power station at a cost of $25 billion, funded through a Russian government loan. The final agreements for El-Dabaa were signed in December 2017.

The plant will consist of four nuclear reactors with a total generation capacity of 4,800 megawatts, each producing 1,200 megawatts. The first reactor is scheduled to begin operations in 2028, with the remaining units coming online gradually as part of Egypt’s energy mix.

In its quarterly performance report, the Egyptian government stated that the project aligns with efforts to expand the peaceful use of nuclear energy within the national power grid.

President Abdel Fattah al-Sisi emphasized in November the importance of executing energy projects efficiently and on schedule, calling them a pillar of Egypt’s development strategy. He underscored the need to adhere to the project timeline while ensuring the highest standards of execution and workforce training.

Also in November, Prime Minister Mostafa Madbouly reaffirmed Egypt’s commitment to the project, stating that El-Dabaa would enhance renewable energy capacity and stabilize the national power grid.

In early March, Russia’s Atomstroyexport announced that construction on the second reactor at El-Dabaa had progressed ahead of schedule. According to the Egyptian Nuclear Power Plants Authority, the second tier of the inner containment structure had been installed at the reactor building.

Egypt experienced widespread power outages last summer, which ended in late July after securing sufficient fuel supplies for its power plants.

The El-Dabaa project is part of Egypt’s strategy to diversify its energy sources, generate electricity to meet domestic demand, and reduce reliance on imported gas and other fuels.

On Tuesday, the government also announced an additional 200 megawatts of private-sector solar power capacity as part of its efforts to expand renewable energy. Officials said the move would support energy diversification and advance the country’s sustainable development strategy.