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With the advancement of the “dual carbon” goal, in order to further reduce energy consumption and carbon emissions, new energy sources are gradually emerging in all walks of life. Although reorganizing the energy architecture can promote sustainable development, the existing grid still faces challenges such as high reliability, technical losses and access to distributed energy.

For the above questions, Schneider Electric’s answer is: to build a new power architecture suitable for large-scale grid connection of new energy, and to provide reliable support for power system expansion and energy transformation through “value-driven grid data management”.

In Shijia’s vision, this future-oriented “grid of the future” will be the driver of a sustainable future. So, what is TA like? How to drive the future?

Below, Shi Jia will bring you the “detailed manual” of the future power grid:

In Shi’s “blueprint” for the future, the future power grid contains the imagination of the next-generation network. TA can enhance grid resilience, optimize asset management and grid flexibility, reduce negative impacts on the environment, and “contribute” to sustainable development built by new energy sources.

Innovative technology is also an indispensable booster for sustainable development and digital transformation. In recent years, Shijia has successively launched medium-voltage switchgear GM AirSeT, medium-voltage ring main unit RM AirSeT and SM AirSeT, which apply sulfur hexafluoride (SF6-free) technology. Combined with gas-insulated switchgear technology, it helps enterprises to effectively reduce carbon emissions. Emissions, improve operational efficiency, and build a sustainable future with the future power grid.

Through value-driven data management, Shijia is helping application companies in all walks of life around the world to solve grid problems and realize energy transformation. Shi Jia hopes to start from the future power grid to drive the future, and then from the future power grid to the future.