In today's digital era, communications have become an important part of people's lives. In this huge communication network, base station telecommunications batteries play a vital role. Let us explore the base station telecommunications battery and understand its functions, principles and importance in the field of communications.

 

• Base station telecommunications batteries are the heart of the base station and the key to maintaining the operation of the communication network. It provides the required power for base station equipment by converting chemical energy into electrical energy. Base station batteries are usually designed as backup power sources, automatically starting in the event of a power outage or emergency, ensuring that the communication network is not affected.

 

The working principle of base station telecommunications batteries is very simple but very important. They usually use lead-acid batteries, nickel-cadmium batteries, nickel-metal hydride batteries, etc. as the main power source, converting chemical energy into electrical energy through chemical reactions to provide stable power support for base stations.

 

The importance of base station telecommunications batteries is self-evident. It provides stable power support for communication infrastructure and ensures the reliability and stability of communication networks. In emergency situations such as natural disasters and emergencies, the role of base station batteries becomes more prominent, providing people with important communication guarantees.

 

With the advent of the 5G era, communication networks have increasingly higher demands for base station batteries. The high-speed and high-density characteristics of 5G technology increase the energy consumption of base stations and impose stricter requirements on batteries. Therefore, the research and development and application of base station telecommunications batteries are particularly important.

 

As an important part of the communications industry, the technological progress and innovation of base station telecommunications batteries will promote the development of communications networks. We look forward to the emergence of more advanced and efficient base station battery technology to inject new vitality and power into the communications industry!

 

GEMBATTERY GF Series batteries are designed for telecom applications; an excellent “footprint saver” for base station applications

 

The deep cycle AGM telecom series is designed for telecom systems. These batteries feature front access terminals and a small footprint, making them ideal for rack systems. Likewise, these cells can help solve limited floor space and access issues.

 

Low self-discharge

Durch die Verwendung von Blei-Kalzium-Gittern und hochreinen Materialien können GEMBATTERY VRLA-Batterien über lange Zeiträume ohne Aufladen gelagert werden. Die Selbstentladungsrate beträgt bei 20 °C weniger als 2 % pro Monat. Die Selbstentladung verdoppelt sich bei jedem Temperaturanstieg um 10 °C.

 

Niedriger Innenwiderstand

Akzeptiert sehr hohe Lade- und Entladeraten.

 

Hohe Zyklenlebensdauer

Mehr als 500 Zyklen bei 50 % Entladetiefe.

 

Modelle: GF12-50, GF12-60, GF12-75, GF12-100, GF12-105, GF12-110, GF12-120, GF12-150, GF12-155, GF12-180, GF12-190, GF12-200

 

Kapazität: 12V50AH, 12V60AH, 12V75AH, 12V100AH, 12V105AH, 12V110AH, 12V120AH, 12V150AH, 12V155AH, 12V180AH, 12V190AH, 12V200AH usw.

 

Kraftvoll und leistungsstark!

 

Distributoren und OEM-Unternehmen sind herzlich willkommen.

Nehmen Sie Kontakt mit einem professionellen Hersteller von Telekommunikationsbatterien auf.

 

www.gembattery.com

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