[The Beijing suburban railway will soon begin construction]The Second Public Notice on the Environmental Impact Assessment of the Northeast Ring Line of Beijing Suburban Railway from the southern entrance to Guanghua Section has been officially released. The feasibility study and preliminary design of the project have been completed, and it is planned to officially start construction and open in stages at the end of 2023. In the future, the Northeast Ring Line is expected to become the most obvious public transportation railway in Beijing, and it will reach the International Trade area in about half an hour from Huilongguan. At the same time, through the relevant connection line, the high-speed train unit from Beijing Chaoyang to Beijing Zhangjia-Beijing high-speed railway can be operated in the future, and the Beijing-Zhangjia-Beijing high-speed railway cross-line operation can be realized by using the northeast Ring line. Editor/Xue Ma
This winning bid project deeply integrates cutting-edge technologies such as DICC Smart Construction Cloud Platform and intelligent monitoring system, practicing the concept of green, low-carbon and digital transformation. It not only conforms to the national high-quality development direction of infrastructure, but also continues the technological advantages of the enterprise in super engineering. After the project is implemented, it will further improve the regional transportation network and empower the local economy. At the same time, it marks a new step for China Railway Group to deepen its core market and expand its business boundaries, and continue to support the construction of a modern infrastructure system with the responsibility of a central enterprise.Editor/Bian WenJUN
The EPC bidding for the 140MW public building rooftop photovoltaic storage project in Mauritius is about to start, becoming a key measure for the country's energy transformation. As a pioneer in clean energy in Africa, Mauritius is striving to achieve the goal of 60% of its electricity coming from renewable energy sources by 2030. This project will significantly increase its photovoltaic installed capacity and energy storage capabilities. The project relies on Mauritius' abundant solar energy resources, covering the roofs of public buildings within the country. Through the combination of "photovoltaic+energy storage" technology, it solves the stability problem of island power grids and achieves dispatchable power supply.Editor/Bian Wenjun