From the signal endurance of urban communication base stations to the power guarantee of military communication equipment, and then to the energy reserve of computing power in data centers, sodium-ion batteries are becoming the "power anchor point" in the field of network energy.
In communication scenarios, whether it is civilian base stations in cities or mobile communication equipment in the military, sodium-ion batteries, with their high reliability and long endurance, ensure that signal transmission is always online. Even in the event of power outages or extreme environments, they can maintain the stable operation of communication networks, building a solid energy defense line for information transmission. In the data center scenario, it serves as the "energy backing" for computing power hubs with its efficient energy storage and rapid response features, smoothing out power fluctuations, ensuring the continuous operation of server clusters, and facilitating the efficient and stable computing power foundation of the digital economy.
From the full coverage of communication networks to the computing power endurance of data centers, sodium-ion batteries, with their technological advantages, empower multiple scenarios of network energy, providing solid energy support for smooth communication and sustainable computing power, and promoting the network energy system to move towards a more reliable and efficient direction.
