Backup battery choices for keeping 5G up on the Edge.
Outdoor station / Distributed base station / Indoor macro station / Micro cellular base station / Small capacity station / Terminal power station / New energy station
5G is the fifth generation of the cellular telecommunications network, delivering increased bandwidth and faster speeds that enable everything from high-definition video to ultra-low-latency gaming and advanced telemedicine, with the promise for even more advanced applications as the technology matures and expands around the globe.
About 40% of the world’s population is expected to have access to 5G by 2024, and 5G is expected to enable $13.1 trillion in sales by 2035. Global 5G capital expenditures (CapEx) and research and development (R&D) are up 10.8% year over year and are projected to reach $265 billion annually over the next 15 years.
New 5G services promise significant advances and innovations in everything from telemedicine to autonomous automobiles. These services will make unprecedented demands on data centers and, by extension, place higher demands on data center battery backup. What technologies will make the grade?
As edge computing data centers assume a lead role in 5G-driven applications, they will require an evolution in robust UPS systems to safeguard uptime and ensure mission-critical connectivity and response time. Operators of edge data centers will need to examine battery backup solutions according to these criteria:
Smaller size and weight to adapt to a wide range of edge data center environments, from server rooms to containers to closets.
Safe operation to ensure edge data centers are no threat to the facilities and employees working around them.
High reliability and low maintenance requirements to ensure continued operation no matter where the data center is located.
Sustainability, as the escalating number of edge data centers drives up deployment of battery backup, green batteries become essential.
Technological advances in batteries present additional opportunities for efficiency improvements. Lithium-ion (Li-ion) batteries offer several benefits over traditional valve-regulated lead-acid (VRLA) batteries with a falling price point that makes the return on investment more than acceptable.
Because Li-ion batteries are smaller and can operate at higher temperatures, they do not require the same level of cooling as VRLA, reducing energy use and costs.
Li-ion batteries last longer than VRLA, and by extending the life of the batteries, operators reduce monitoring and replacement needs, truck rolls, and costs – along with the carbon dioxide (CO2) emissions associated with those activities.
Today’s DC power systems are more intelligent and capable of more advanced energy management – features that have been largely ignored in favor of static operation at traditional cell sites. Operators can reduce costs by leveraging these capabilities. For example, telecom operators can select operating modes that allow them to store cheaper, off-peak energy for use during peak hours to reduce on-peak utility draws and costs.
Additionally, Li-ion batteries with intelligent battery management systems contribute to a comprehensive network energy strategy by enabling peak shaving, boosting conversion, and allowing above-capacity power system operation.
The communication lithium battery will implement a modular design to improve operational efficiency and operation and maintenance efficiency. Telecom station backup power supplies and UPS lithium batteries will mostly adopt modular design.
We are a gold supplier for wholesalers and contractors, and trial orders are acceptable.
●Lightweight and small volume, around 1/3 weight and volume of lead-acid battery
● Intelligent BMS Battery Management System
● Flexible design, power unit, and battery unit support the modular expansion
● Communication Interface: RS485, Dry contact
● Steady discharge and charge performance, free of charge memory, low self-discharge
● Outer casing: high strength aluminum alloy, protection class: IP65
● Extremely High Rate Capability
●Short circuit protection. Overcharge and discharge protection. Over-current protection
● Fast charging is available(can up to 3C, less than 20 minutes)
● Wide temperature performance, range -40°C to +55°C
● Maintenance-free, natural cooling
● High safety performance, no flowing electrolyte
● Long-life ≥3200 times @ 80% DOD, 10 times more than lead-acid batteries
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