Acrel E-Business (Shanghai) Co., Ltd.
Acrel E-Business (Shanghai) Co., Ltd.

Base Station Energy Consumption Monitoring & Management Solution

Overview
Structure
Products
Acrel IoT Energy Monitoring System
PDF

Overview

Power Consumption Monitoring System

The overall power system of a common telecommunications tower's base station could be devided into 3 basic parts. 

  • 2 major incoming circuits came from "Mains Supply" and "Back-up Generator". Normal they were carried by 2 different 3-phsae circuits. [Overall Power Supply] 

  • Multiple AC sub circuits mainly used for AC power supply of 3-phase loads like "Lighting  Power" and 1-phase loads like "Air Conditioner" in base station [AC Power Distribution] 

  • Multiple DC sub circuits mainly used for DC power supply of DC loads like "Base Station  Equipment" in base station [DC Power Distribution]


Structure

power consumption monitoring device structure

Products

Model 1: AMC16-DETT Multi-circuit DC Energy Meter
  • Monitoring: Up to 6 circuits [DC Metering] 

  • Rated Voltage: -48Vdc 

  • Rated Current: 5Vdc (via -A/5Vdc hall sensor) 

  • Communicaiton: RS485 Interface, MODBUS-RTU Protocol 

  • Auxiliary Power Supply: -40~-60Vdc 

  • Certificate&Standard: IEC; CE

Model 1: AMC16-DETT Multi-circuit DC Energy Meter
Model 2: DTSD1352-4S Multi-circuit AC Energy Meter
  • Monitoring: Up to 4 circuits 3-phase or 12 circuits 1-phase or mixed [AC Metering] 

  • Rated Voltage: 380~456Vac L-N & 220~264Vac L-N - Rated Current: 50mA (via -A/50mA CT) 

  • Communicaiton: RS485 Interface, MODBUS-RTU Protocol 

  • Auxiliary Power Supply: 85~265Vac/Vdc 

  • Certificate&Standard: CE

Model 2: DTSD1352-4S Multi-circuit AC Energy Meter
Model 3: AWT100-CEHW IoT Ethernet Gateway
  • Upstream Methods: Ethernet (MQTT, MODBUS-TCP) 

  • Downsteam Methods: RS485 (MODBUS-RTU) 

  • Support: Up to 25 Energy Meters with RS485 Interface

  • Auxiliary Power Supply: 85~265Vac L-N (via POW module  ) or 24Vdc (default) 

  • Certificate&Standard: CE-RED

Model 3: AWT100-CEHW IoT Ethernet Gateway
Model 4: AKH-0.66/K-Φ16N 100A/50mA Split-core CT
  • Current Ratio: 100A/50mA AC

  • Accuracy: Class 0.5

  • Aperture: 16mm

  • Application: Paired with DTSD1352-4S AC energy meter for current intput

  • Noted: 1 set include 3 CTs

Model 4: AKH-0.66/K-Φ16N 100A/50mA Split-core CT
Model 5: AHKC-EKA Split-core Hall Sensor
  • Current Input Range: 0~50A DC

  • Current Output Range: 0~±5Vdc

  • Aperture: φ20mm

  • Auxiliary Power Supply: ±12Vdc (Supplied by AMC16-DETT) 

  • Application: Paired with AMC16-DETT DC energy meter for current intput

Model 5: AHKC-EKA Split-core Hall Sensor
Model 6: AHKC-EKB Split-core Hall Sensor
  • Current Input Range: 0~100A DC

  • Current Output Range: 0~±5Vdc - Aperture: φ40mm

  • Auxiliary Power Supply: ±12Vdc (Supplied by AMC16-DETT) 

  • Application: Paired with AMC16-DETT DC energy meter for current intput

Model 6: AHKC-EKB Split-core Hall Sensor

Acrel IoT Energy Monitoring System

Acrel IoT Energy Monitoring System could be access in 2 different ways: 

(1) Access through WEB on your computer. 

Access port: https://iot.acrel-eem.com/ 

(2) Access through APP on your mobile phone

Download Link: https://play.google.com/store/apps/details?id=com.acrel.iotems


(1) WEB Access (Computer): 

Access Port: https://iot.acrel-eem.com/ 

Test Account Name: acrel

Test Account Password: 123456

WEB Access (Computer)


(2) APP Access (Mobile): 

Download Link: https://play.google. com/store/apps/details?id=com.acrel. iotems

Test Account Name: acrel

Test Account Password: 123456

APP Access (Mobile)


Main Function of WEB Side System:

(1) Devices List (2) History Curve (3) Electricity Parameters Report (4) Energy Consumption Report (Daily, Monthly, Yearly) (5) User Report


(1) Devices List: Showing the overall devices connected to Acrel System and were bond to certain project. SN code, Online-Offline status, devices model and other necessary information will be shown here.

Devices List


(2) History Curve: Showing the daily history data curve of all the data that could be collected and upload by energy meter or other basic metering  devices.

History Curve


(2) History Curve: By selecting the items of "data" and "electricity parameter", platform can show the history curve of different data and date.

History Curve


(3) Electricity Parameters Report: Select the "electricity parameters" that you want to show in this report.

Electricity Parameters Report


(3) Electricity Parameters Report: All the electricity parameters that could be collected by certain energy meter will showed as a report here.

Electricity Parameters Report


(3) Electricity Parameters Report: Report on platform could be exported in "Excel" format to your computer for a brief storage when accessing the IoT EMS WEB platform.

Electricity Parameters Report


(4) Energy Report (Daily): This Interface show the daily energy consumtion report (calculated by forward active energy).

Energy Report (Daily)


(4) Energy Report (Daily): This daily energy report could be also export to computer in "Excel" format.

Energy Report (Daily)


(4) Energy Report (Monthly& Yearly): Same as daily energy report, monthly and yearly energy  report could be also checked on platform and exported in "Excel" format.

Energy Report (Monthly& Yearly)


(5) User Report: A comprehensive user report including project overview, energy report, energy analysis and etc could be check on platform.

User Report


(5) User Report: User report could be exported in "PDF" format into your PC for convenient check and storage.

User Report


(5) User Report: User report support template customization in  buy-out service of Acrel IoT Energy Monitoirng System.

User Report


Noted: Since APP side and WEB side of Acrel IoT Energy Monitoring System share the same data, normally recommend our user to add the devices to their account using APP and check the data using WEB platform.

Acrel IoT Energy Monitoring System (Partail Introduction)

Acrel IoT Energy Monitoring System (Partail Introduction)


PDF