Power Meter and Battery Monitoring Solution for Telecom Tower

Cell Tower

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

  • AC & DC
  • DC Max. 12
  • 3P Max. 8
  • 1P Max. 24

Feedback

What Do Our Customers Say?

  • Acrel is one of the best supplier for me. They are so easy to communicate and very friendly. They even give an online tour of their factory. Looking forward for more business together in the future.

    Liezel 

    Philippines

  • My first contact with ACREL was through Mrs. Feeling Chang. He was extremely friendly, approachable and very helpful. It will be the beginning of a long partnership between Bikoelectronics and Acrel.

    Vanessa 

    Portugal

  • “ For over 4 years working with Acrel, they have continuously demonstrated excellent technical ability while ensuring superior customer service. Their collaborative approach and real time flexibility in adapting to changing conditions has contributed to the success of many project goals. "

    Arnold 

    Philippines

  • Cloud Platform for Power IoT is a synchronous integrated solution from energy meter installation to web interactive interface that can see the benefits of features with the first click mouse. Very convenient and fast. I will be with this product for a long time.

    Tuan 

    Vietnam

Highlight

What’s the Highlight of Power and Battery Monitoring Solution for Telecom Tower?

Application

  • Cell Tower
  • UPS Room
  • Distribution box

System

  • DC
  • AC
  • Multi Circuits

Function

  • Power Monitoring
  • Lead Acid Battery Monitoring

 Communication

  • Interface: RS485
  • Protocol: Modbus-RTU

Structure

What's the Structure of Power and Battery Monitoring Solution for Telecom Tower?

. Power Monitoring

1.1 Dual Source Energy Meter

In some places where utility power is unstable and unreliable, many buildings have adopted their own private generators as backup power sources to provide a continuous and uninterrupted power source.

Dual source energy meters are digital dual meters that offer comprehensive 3-phase electrical instrumentation and load management facilities in a compact and rugged package for the dual source energy Utility (U) and Generator (G)

It provides two counters showing energy consumption on public electricity board (EB) and diesel generator (DG).

1.2 AC & DC Multi Circuits Power Meter

What's the Specification of Power Meters for Cell Tower Energy Consumption Monitoring?

1.3 More Specifications of AC & DC Multi Circuits Power Meter

AC
Photo Specification Three-phase
Channels
Single-phase
Channels
Installation Display
AMC96L-E4 1 3 Panel LCD Display
AMC300L-4E3 4 12 Panel LCD Display
AMC300L-6E3 6 18 Panel LCD Display
ADW350-WA 1 3 Din-rail without Display
DTSD1352-4S 4 12 Din-rail LCD Display
AMC200-4E3 4 12 Din-rail without Display
AMC200L-4E3 4 12 Din-rail LCD Display
AMC200-8E3 8 24 Din-rail without Display
AMC200L-8E3 8 24 Din-rail LCD Display
DC
Photo Specification DC
Channels
Installation Display
AMC16-DETT 6 Din-rail without Display
AMC16L-DETT 6 Din-rail LCD Display
ADW350-WD 3 Din-rail without Display
AMC200-12DE 12 Din-rail without Display
AMC200L-12DE 12 Din-rail LCD Display

. Battery Monitoring

The ABAT Battery Monitoring System is designed specifically for single battery monitoring.

The S module collects the voltage, internal resistance and temperature of each battery,

The C module collects the charging and discharging current and ambient temperature of the battery pack.
Connected to the collector through the UART bus interconnection, and the collector is connected to the background monitoring platform through the serial port or the network port to realize remote centralized management.

2.1 ABAT-M Battery Room

ABAT-M-02
6 Strings
960 Cells
ABAT-M-06
6 Strings
360 Cells

One collector can manage up to six groups of batteries, and the maximum number of manageable modules is 960 for ABAT-M-02 and 360 for ABAT-M-06.

The Host communicates with the front-end single battery monitoring sub-module through its own four sets of UART ports, and can read data such as battery voltage, internal resistance, temperature, charge and discharge current, and enviroment temperature.

2.2 ABAT-S Single Battery Detection Module

Battery Cell2V6V12V

ABAT-S

Battery Voltage, Internal Resistance, Temperature

Monitoring capability

One S module monitors One cell battery

Monitoring range

2V, 6V, 12V battery capacity less than 3000AH

2.3 ABAT-C Current & Temperature Monitoring Module

ABAT-C

Charge and Discharge Current and Enviromental Monitoring

Monitoring capability

A C module monitors the charge and discharge current and environment temperature of a group of batteries

2.4 ABAT-CS Hall Sensor

Open Loop Hall Current Sensor

ABAT-CS-210ABAT-CS-405
diameter 21mmdiameter 40.5mm
Specification ABAT-CS
IP(Rated input) ±500A
IPM(Measure range) ±1000A
VOUT(Rated output voltage) ±4V
VO(Offset voltage) ±20mV
VC(Supply voltage) ±12VDC±15VDC±5%
VD(Galvanic isolation) 50Hz1min3KV
RM(Load resistance) ≥10KΩ
εL(Linearity) ≤1%FS
X(Overall accuracy) ±1%
VOUT(Offset voltage drift) ±0.5mV/
VOUT(Amplitude voltage temperature drift) ≤0.1%/
IC(Current consumption) ≤15mA
TR(Response time) <7μs
BW(Frequency bandwidth-3db) DC25KHz
di/dt accurately followed >50A/μS
TA(Ambient operating temperature) -40+85
TS(Ambient storage temperature) -40+125
M(Mass) ≈65g
Standards SJ20790-2000JB/T7490-2007

2.4 Lead Acid Battery Monitoring System

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  • 2003 Established
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  • Factory Direct-sale

AMC16L-DETT DC Energy Meter for Telecom Tower

Standard:

EN 61326-1-2013

EN IEC 61000-3-2:2019+A1:2021

EN 61000-3-3:2013+A2:2021

IEC 61000-4-2; IEC 61000-4-3; IEC 61000-4-4; IEC 61000-4-5; IEC 61000-4-6; IEC 61000-4-8

Certificate:

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

Feature:
  • Rated -48V DC
  • 6 DC channels
  • Utility Monitor
  • Power for Hall Sensor

Rectangular Split Hall Sensor for Cell Tower DC Energy Meter

Standard:

IEC 61558-1

IEC 61558-2-15

IEC60364-7-710

Certificate:

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

Feature:
  • Capacity: 3.15, 5, 6.3, 8, 10 KVA
  • Noise Level: <40dB
  • Insulation Class: H
  • Short Circuit Voltage ≤ 3%
  • No-load Output Current ≤ 3%
  • Inrush Current ≤ 12 In
  • Leakage Current <0.2mA
  • Efficiency >96%

Split Type Hall Current Sensor for Cell Tower DC Energy Meter

Standard:

IEC 61558-1

IEC 61558-2-15

IEC60364-7-710

Certificate:

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

Feature:
  • Capacity: 3.15, 5, 6.3, 8, 10 KVA
  • Noise Level: <40dB
  • Insulation Class: H
  • Short Circuit Voltage ≤ 3%
  • No-load Output Current ≤ 3%
  • Inrush Current ≤ 12 In
  • Leakage Current <0.2mA
  • Efficiency >96%

ADW300 DC24V Auxi. Power RS485 Modbus-RTU AC Power Meter

Standard:

2014/30/EU

EN IEC 61000

IEC 62052

IEC 62053

Certificate:

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

Feature:
  • Wireless
  • 4 Tariffs
  • Temperature
  • Leakage Current

AC 6 Three-phase or 18 Single-phase Multi Circuit Panle Meter for Cell Site

Certificate:

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

Feature:
  • Monitor: Grid, Generator, Air Conditioner, Lighting, etc
  • Active 2DI + Passive 4DI + 2DO
  • Up to 4 channels of Three-phase
  • or 12 channels of Single-phase
  • 2 NTC Temperature

DTSD1352-4S Multi Channels Meter for Telecom Tower

Standard:

2014/30/EU

EN 61000

2014/35/EU

EN 61010

Certificate:

Standard Lead Time:
Sample: 2 days
Bulk: 1 month

Feature:
  • -DC48V Auxi. Power
  • Split-core Current Transformer with RJ12 Interface
  • 4 Channels of Three-phase or 12 Channels of Single-phase
  • Communication RS485 Modbus-RTU
  • Identify Generator or Utility Power
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