"People's future lives will benefit from the sun from the equator and the wind from the Arctic. The core of the global energy Internet is to connect all kinds of clean energy bases and major load centers around the world, including "one pole, one pole", to form a transnational and transcontinental Connected channels can effectively solve the problem of sustainable energy development." The first global energy Internet display base was officially put into operation in Tianjin Sino-Singapore Eco-city recently. The instructors showed the future to people through sound, light, electricity and multimedia technology. The vision of energy technology development.

 

　　What is the Global Energy Internet? Qin Lijie, assistant to the director of the Eco-city Power Supply Office of the State Grid Tianjin Binhai Branch, said: "In short, it is UHV grid + smart grid + clean energy." In the exhibition hall, visitors can see that the global energy Internet is like the blood vessels of the earth. Similarly, a cross-border and transcontinental interconnection channel will be formed to transport clean energy such as wind, hydro, and solar energy to various countries. Through the Global Energy Internet, it is possible to build an energy pattern that complements the wind and solar power and borrows from each other between regions.

 

　　As a pioneer and practitioner of the global energy Internet, the Sino-Singapore Tianjin Eco-city Smart Grid Comprehensive Demonstration Project was completed and put into operation on September 19, 2011, becoming the smart grid project with the widest coverage and most complete functions in the world. The newly completed Global Energy Internet Exhibition Base is currently the only display window and platform for global energy Internet strategies and practices in the country. It comprehensively showcases the latest progress and key projects in UHV grid construction, renewable energy utilization, and electric vehicle research and development.

 

State Grid Global Energy Internet Exhibition Hall

 

Exhibition hall design