export it to the rest of the world

China Ultima the preparations to connect the first commercial SMR reactor: Linglong-1 has completed the tests prior to fuel load and the network connection planned by 2026.

Context. The International Atomic Energy Agency defines SMR as any reactor of less than 300 electric megawatts designed to occur in series and transport in the form of prefabricated modules until its location. Strictly applying that definition, there are only two facilities in the world with two SMR reactors each:

Linglong-1. Now, the China National Nuclear Corporation (CNNC) prepares to connect to the network THE FIRST COMMERCIAL SMR. The Linglong-1 BC100 is a third generation pressure water reactor with a gross electrical power of 125 MW. The technology is 100% China intellectual.

After completing cold tests, it will go to hot tests before connecting to the network in 2026 to generate up to 1,000 GWh per year, a production that would cover the average electrical demand for about 526,000 Chinese urban housingthe equivalent of a million people. If you replace similar coal centrals, you will save 880,000 tons of annuals.

The advantages of SMR. Unlike traditional fission reactors, SMRs can be built in series in a centralized factory and transported in modules to the place where the central will be, which considerably lowers the costs.

In addition, they include passive security systems systems, which allow insurance off without human intervention or external energy. These characteristics expand their deployment in islands, floating platforms or industrial complexes, such as mining or water desalination plants.

China’s plan. Although China is the greatest world power in renewables, the deployment of minirreactors such as Linglong-1 is part of its 14th five-year plan to replace coal thermal plants. Linglong-1 aspires to supply clean energy in the free trade port of Hainan Island, acting as a showcase of Chinese SMR technologies export To the rest of the world.

In Xataka | SMR reactors are the great promise of nuclear energy. The United States pilot project has failed