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Telecom Batteries

Reliable Telecom Battery Manufacturers


RPT as a reliable telecom battery manufacturers and suppliers, LiFePO4 battery module with 48V series from RPT is designed for base transceiver station backup power supply. With safety,cycle life, energy density,temperature range,integrated with intelligent battery management system, it is one of the best choices to provide safe and reliable power supply for telecom stations.


Telecom Battery Systems Description


RPT Offers telecom battery systems typically consist of multiple cells connected together in a series or parallel configuration to provide the required voltage and capacity for a specific application. They may use different types of battery chemistries, including lead-acid, lithium-ion, or nickel-cadmium, which are designed to provide reliable backup power in the event of a blackout or other grid disruption.


Telecom Batteries for Sale


As one of the most professional telecom battery suppliers, RPT offers customized telecom battery design and integration services of the best telecom batteries prices for the global market. We also maintain strict quality standards in the manufacturing process, support OEM/ODM, and ensure that products undergo rigorous quality checks at every stage of production.


48V Telecom Battery Advantages


• Efficiency: A 48v telecom battery is more efficient than a low voltage system because it requires less current to deliver the same power.

• Compatibility: The 48v telecom batteries are compatible with a wide range of telecom equipment and can be easily integrated into existing systems.

• Reliability: 48v telecom battery is made of high-quality materials and provides reliable backup power for telecommunication systems.

• Safety: 48v telecom batteries are safer than higher voltage systems, they generate less heat and are less likely to cause electric shock or fire.


Telecom Battery Systems Applications

Telecom batteries in the communications industry mainly have the following applications:

  • Outdoor base station;
  • Base stations without air conditioning, such as villages;
  • Indoor macro base station with limited space;
  • DC indoor coverage/distributed power station;
  • Solar photovoltaic base stations in areas with no mains power or three or four types of mains power;
  • DC power supply solutions for WLAN sites.



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