The international standard for aqueous zinc-based batteries has been officially approved, ushering in a new era for communications energy storage!
Release time:
2025-11-27
A strong green signal from Geneva, Switzerland! On November 6, 2025, the International Telecommunication Union (ITU-T SG5) officially approved the project “Zinc-based Battery Systems for Water Use in Communication Base Stations” in Geneva, marking the formal inclusion of China-led green energy storage technology into the global telecommunications standards framework.
Source of information: The first international standard led by China Tower has been officially approved and released. - China Tower Corporation
A strong green voice from Geneva, Switzerland! On November 6, 2025, the International Telecommunication Union (ITU-T SG5) officially approved the project “Water-based Zinc-based Battery Systems for Communication Base Stations” in Geneva. This marks the official inclusion of China-led green energy storage technology into the global communications standards system. This not only highlights the strategic importance of aqueous zinc-based batteries in the global energy transition, opening a new era for aqueous zinc-based batteries in communications energy storage, but also injects new momentum into the global low-carbon transition with “Chinese wisdom,” signaling that communications energy storage technology has entered a new stage of global development.
As the core technology behind this project, aqueous zinc-based batteries employ an aqueous electrolyte that completely eliminates the risk of combustion and explosion. They can operate stably even under extreme conditions such as high temperatures and high humidity, demonstrating exceptionally high safety and reliability. In addition, they offer advantages such as high energy density, low cost, and environmentally friendly, sustainable utilization.
As global green energy technologies enter a period of accelerated iteration, aqueous zinc-based battery technology—thanks to its inherent safety, sustainable resource availability, and cost advantages—is emerging as a key driver of the green transformation in the energy sector. Its application scenarios have expanded from emergency backup power sources and data centers to energy internet platforms, microgrid development, and energy storage for communication base stations, thus establishing a diversified global presence. The policy synergy between China’s “dual carbon” goals and the global carbon neutrality process is further accelerating the global adoption of aqueous zinc-based battery technology, which has gradually transitioned from the laboratory to large-scale commercial applications and has advanced from being a “backup solution” for communication energy storage to becoming a “standard technology.”
As a research, development, and manufacturing enterprise specializing in aqueous zinc-based batteries, Senke Chuangneng leverages its deep-rooted expertise and extensive research experience in the zinc-based battery field to be among the first to tackle industry challenges such as zinc anode dendrite formation and self-discharge. Through technological innovation, we are driving the large-scale implementation of zinc-based batteries. Looking ahead, we will continue to deepen industry collaboration, remain committed to technological innovation, and jointly promote the scaled-up application of aqueous zinc-based battery technology, providing safer, more efficient, and environmentally friendly energy storage solutions to accelerate the global transition toward green energy technologies.
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