5G Ready | TELECOM BACKUP POWER SYSTEM

Keep your network up and running 24/7/365, even in challenging, off-grid locations.

Today’s telecom networks are essential to consumers, public safety, and the economy—which means system reliability is a top priority, even in off-grid or poor-grid situations typically found in emerging markets. The roll out of 5G will also add millions of new nodes to the global network; wireless subscribers in emerging markets in Americas,  Latin America,  Asia Pacific, the Middle East, and Africa will represent 83% of the expected global growth in wireless customers over the next decade.

In critical backup power applications, such as data centers and telecommunications stations, even brief power outages can be extremely costly. Traditionally, these industries have relied on cumbersome banks of batteries and/or diesel generators for backup power. The drawbacks are inconsistent power, limited run time, physical plant issues and high maintenance.

Backup power systems incorporating lithium battery Power Modules offer consistent power, seamless switching and virtually limitless run-time.

Lithium Battery products can be applied in Telecom / Solar Energy Storage Systems, with effective solution to solve the instability and inconsistency of power generated by renewable energy solutions, such as wind and solar. Our Batteries help to assist with the promotion and development of renewable energy.

  • The power system is built with 12 independent 48V50Ah battery modules. Each battery module is with 2.4Kwh.

  • The system is environmental friendly and energy-saving.

  • It is a combination of solar power generation system and wind power generation system.

Deco Jones Energy Group offers a better solution.

5G Ready - Backup power systems incorporating lithium battery Power Modules offer consistent power, seamless switching and virtually limitless run-time.

APPLICATION


Terminal power, small capacity site

In the WLAN station, there are several sites in a room, small terminal sites and small capacity sites, backup power system can be installed on wall or pole etc. because it covers diverse scenes. The traditional lead-acid battery is not the perfect solution for such backup power systems because of its size and weight. And high temperature, frequent deep discharge, overcharge and over discharge etc., which will reduce the life span of lead-acid battery, and result in the additional cost of new battery purchasing, transportation and maintenance.

Our lithium battery backup power system can respond in a split second after power outage, ensure the operation of the load, reduce failure rate and losses and improve satisfaction of customers.

Odoo • Text and Image

General macro base station


Indoor macro base station usually has 2 set backup power systems because it covers widely. Lead acid battery is big and heavy. Lithium iron phosphate battery power system occupy less space, and it can be expanded easily and quickly.

New energy base

New energy bases are usually in remote areas with harsh environment, but where there are sufficient wind and solar resources.
Because of frequent charge and discharge in harsh environment, the life of lead-acid battery will be shorten, and maintenance cost highly.
The lithium iron phosphate battery backup power system which adopts wind and solar energy, can improve communication quality and time, reduce maintenance cost, and achieve the purpose of energy saving.

Odoo • Text and Image

5G MICRO BASE STATION SOLUTION


Wireless infrastructure today includes many elements – macro base stations, metro cells, outdoor and indoor distributed antenna systems (or DAS), small cells and more – all working together in a heterogeneous network, or HetNet . Lots of terminal stations, large challenge for power supply system.Installation and maintenance require miniaturization and integration of station power supply system.Distributed power supply solution, cover all remote and indoor etc terminal stations.

Odoo • Text and Image


Model # ZEDJ-250


Model # ZEDJ-225

BASE STATION POWER SYSTEM


Our reliable, low-cost, clean technology is the ideal backup power solution for communication facilities and other critical telecom infrastructure.

Compared with traditional lead-acid battery,lithium battery backup power supply can save 1/3 building area and bearing requirements.which has excellent high-rate discharging performance,long life cycle,complete monitoring system,making it possible to reduce construction cost and operation & maintenance cost.

Odoo • Text and Image

4850 BASE STATION POWER SYSTEM


ZDJGR-FE4850

4850 BASE STATION POWER SYSTEM


ZDJGR-FE4850

48100 BASE STATION POWER SYSTEM


ZDJGR-FE48100

48100 BASE STATION POWER SYSTEM


ZDJGR-FE48100

(High Voltage System)
---------------------------[All systems are Customizable]---------------------------

Schematic Diagram: controlled by Time Relay


Equipment Connection  


Newly Proposed Solution:


Model 

48V 10Ah 

48V 20Ah 

48V 30Ah 

48V 40Ah 

48V 50Ah 

48V 100Ah 

Mechanical Height (mm) 

1U(442*44.5*385) 

1U(442*44.5*385) 

2U(442*89*385) 

2U(442*89*385) 

3U(442*133.5*385) 

5U(442*222.5*385) 

Approx Weight (kg) 

8 

12 

16.5 

21 

25.5 

50.5 

Cycle Life 

2000 cycles (100%DOD) 

Communication Functions 

including RS232/RS485, CAN, SNMP and Ethernet, etc 

Contact us for details of 48V Models and Application solutions.

Integration of the NEW System Design:

  • Smart Battery balanced management;

  • High-precision voltage detection;

  • Smart charging and discharging management the FCC capacity automatic learning;

  • High-precision current detection;

  • 5-channel battery temperature detection channel;

  • Hardware and software over-voltage, low-voltage, under-voltage, over-current, high and low temperature and short circuit protection;

  • Compatible the RS232/RS485,CAN, Bluetooth, SNMP and Ethernet, etc;

Deco Jones Proposed Solution:

Use Current-Limiting Mode of the battery to protection:

  • The current of charging is limiting within 10A.

  • The BMS of battery can give over-current protection during the system start.

  • Higher the system stability.

  • Longer the battery cycle life

3 hours batteries’ capacity for backup: 

  • Most of power failure caused of DG Start Failure.

  • It needs some power backup for rush repair;For LFP battery it is good has 80% DOD for longer Life Cycle;

  • The site downtime MAY happen because of Diesel Gen-set start failure.

  • The Diesel-Gen-Set without Dry Contact Signal to control, Diesel-Gen-Set will start if the battery is drained within 2 hours.

  • Lead-acid batteries’ capacity degrades fast because of high temperature.

  • The Diesel-Gen-Set load is only 34%, has serious Low Load Problem. It will reduce the engine life!