Huawei AMI Solution Brochure_v2.0

8/9/2019 Huawei AMI Solution Brochure_v2.0

1/8


2/8

Forward

Consumers are more and more aware of the necessity to save energy in their home and

to get a consumer cost effective monthly bill. In the next step they are adopting notonly being consumers but also producers of energy, which would require an additional

infrastructure. Conventional manual metering approaches face some critical challenges

brought by the surge in power consumption and the expanding business scope of power

companies. Such as:

Cannot acquire and analyze real-time power consumption which is necessary for

effective line loss analysis.

Low efficiency and errors and low accuracy are inevitable in manual meter reading.

Cannot achieve pre-payment at multiple rates, remote control, or anti-power-stealing

etc.

The key is to deploy Advanced Metering Infrastructure (AMI) in the power grids. AMI's up-

front benefit is its ability to facilitate a favorable interaction between power companies

and customers. To illustrate, it allows power companies to keep precise tabs on power

consumption and lets consumers take actions to optimize their power use.

01


3/8

Huawei AMI Solution

02


4/8

As a leading global ICT solutions provider, Huawei has brought

its ICT extensive experience in the electric power industry into

the AMI solution that helps power companies leverage such

functions as smart metering, line loss analysis, and device-

based customer interaction. Such a solution promises better

user experience, power quality, and operating efficiency while

reducing consumption, carbon emission, and operating costs.

Huawei provides AMI solution consisting of a master station

DCP (Data Collection Platform), WAN (Wide Area Network),

and NAN (Neighborhood Area Network).

DCP: The DCP contains a head-end system and a meter

data management system (MDMS). The head-end system

interacts with devices, manages communications protocols,

adapts internet protocols, and collects and stores metering

data. Thus, the Head-end system is also named Meter data

collection system(MDCS). The MDMS focuses on business

applications. It manages data analysis, monitors the operating

status of systems, compiles statistics, analyzes reports, and

manages operations and maintenance. Open interfaces will

enable the MDMS to connect with ISV systems, i.e. billing

systems (Billing), Supervisory Control And Data Acquisition

(SCADA), and Energy Management System (EMS). As anintegrated platform, Huawei DCP is adaptive to the united

CRM Billing Prepayment DMS ERP EMSApplication

DCP

Head-end(MDCS, Meter Data Collection System)

GPRS/3G

DistributionMeter

PLC/RS485Zigbee/Sub-GHz

GPRS/3G 3-ph meter

Ethernet MV PLC

MDMS(Meter Data Management System)

Data busDCP (Data Collection Platform)

DCU (Data Concentrator Unit)

PLC chip

GRPS/3Gchip

High Density Area Low Density Area Industrial Customer

WAN

NAN

network management platform to provide one-stop network

and business management services.

WAN: The WAN refers to the transmission network that links

the data concentrator unit (DCU) with the DCP. The WAN

supports various access modes, like GPRS/3G, Ethernet,

and medium-voltage PLC (power line carrier). Thus, specific

networks are utilized for different areas with particular

conditions. Huawei fulfills the diversified customer needs

with its professional wireless/fixed-line network solutions that

conform to power industry standards.

NAN: The NAN contains meters, DCUs, and communication

networks. NAN acquires and stores data of residential

consumer and commercial & industrial business customers

and transmits it to DCP systems for application level use.

The communication between Meters and DCUs in NAN

are different based on application scenarios, such as

RS485, PLC, ZigBee, Sub-GHz or GPRS/3G directly.

Meters can integrate Huawei PLC chip, Sub-GHz chip or

GPRS/3G chip.

Based on Huawei AR routing platform, provide "All-in-

One-Box" features including wireless and wired interface,

firewall, routing, switching and VPN etc.

03


5/8

Functions of DCP

Planning and performing data acquisition tasks: planning acquisition tasks as business requires, acquiring data, monitoring

acquisitions, and checking data quality.

Querying electricity consumption: providing information services such as detailed power consumption data, tariffs, state of

meters, meter alarming, and accepted credit threshold.

Troubleshooting: diagnosing and reporting abnormalities; detecting and pinpointing operational accidents of the DCP, DCUs

and meters.

Line losses analysis: gathering monthly line losses and calculating the rate of line loss over the entire supply area (group) by

the month, quarter, or year.

Curtailing electricity theft: determining skeptical thefts on the basis of metering reports and historical data curves.

Managing DCUs and meters: debugging DCUs, dismantling/replacing meters, checking meters for errors and theft, and

switching DCUs/ meters.

Remote control: allowing remote switch-on or switch-off, adjusting tariffs, setting alarming or credited threshold, and

monitoring communication channels.

Functions of DCU

Upstream communication: Supporting GPRS, 3G, FE/GE, among other modes; supporting (internet accesses) both TCP/IP

protocol and simple network management protocol (SNMP) that connects to the unified network management system (NMS).

Downstream communication: Supporting various data acquisition channels such as RS485, PLC, and ZigBee/Sub-GHz,

supporting concurrent data acquisitions and allowing data acquired from meters of different protocols or configurations to

travel in a single channel. Provide multiple FE and serial ports to integrate with distribution automation devices.

Communication protocol: Supporting login authentication and alarming; supporting IEC62056 (DLMS), IEC62055 (STS) to

acquire data and issue token orders.

Security and Reliability: Supporting DES/3DES/AES encryption over VPN and IPSec, supporting Ethernet and 3G backup,

fanless design and Ingress Protection 51, and working in the wild temperature of -40oC ~ 70oC.

Meter Data acquisition: Offering real-time data acquisition and historical data acquisition functions. The former provides real-

time feedback and control over power use and supports the acquisition of offset data as well as the electric relay's state. The

latter acquires historical data by the day, month, or by certain period (curve data).

Device Management: Managing configuration related to factory default setting, equipment, cascade parameters, flow, and

meter parameters, among others.

04


6/8

Advantage Description

1

Based on leading M2M architecture and support

intelligent All IP solution evolution.

Based on a. The collector functions as gateway of the Internet of things that

supports all IP addresses and Ipv6, facilitating future network migration.

2

Support a large number of concurrent

connections and the management of a large

number of meters.

Management of millions of meters, concurrent management of tens of thousands

of DCUs. Applicable to small state grids and large metropolitan grids.

3Support a rich variety of meters and the

mainstream protocol IEC62056 (DLMS).

Support various smart meters:

Support three-phase meters, unidirectional meters, STS meters. Support data

collection of electricity consumption, active, reactive, and apparent power,

harmonic wave, current, voltage, active and reverse electricity, and power factors.

Support interfaces of wireless GPRS/3G, PLC, RS485, Zigbee, and Sub-GHz meters.

4Sub-GHz solution and PLC solution providevarious Last Mile solutions to support different

scenarios.

Self-developed PLC chips are capable of anti-interference and 100% meter data

reading rate. With key electricity transmission technologies, the power consumption of

the PLC chips is low. The chips support high bandwidth and all IP addresses. Competitorshave no self-developed PLC chips and have to buy them from other vendors.

The Sub-GHz supports multiple frequencies, saving concentrators. The Mesh

networking is highly reliable, covers a long distance, and is capable of anti-

interference.

5

Provide open service software development kit

(SDK) interfaces, support advanced application

development, and integrate third-party

applications.

Based on M2M architecture, the platform layer has HTTP and JASON interfaces to

connect to customized or integrated applications such as EMS and Billing.

6

Huawei is a leading IP communications vendor.

The solution integrates the routing function.

Users do not need to buy additional routers.

Huawei is one of the Top 3 IP communications vendors and boasts 17-year

experience in the field. Huawei DCU is the first collector in the industry to integrate

functions such as access, routing, and security. It can use 3GE or GE uplinks.

Collectors of other vendors only collect data.

Functions of the smart meter

Calculating: Calculating voltage, current, frequency, positive/negative energy, active power, reactive power and power demand etc.

Anti-tamper: Any attempt to open up covers of the meters will trigger an alarm; reverse current is carefully detected and

calculated; strong magnetic can be detected.

Real-time billing: Supporting a programmable rate model with eight fee rates.

Load curve: Providing 16 customized load curves whose minimal recording interval lasts only 5 minutes.

Events recording: Offering 20 records with time-stamp, including power-on/power-off events, blackout/reconnection, and the

modifications of metering parameters.

Accurate clock: built-in clock that meets IEC 61038 standards and supports remote time adjustment and summer time.

Local communication: Providing RS485 interface.

Remote communication: providing PLC, Sub-GHz, GPRS/3G etc.

Load control: supporting local load control which can cut off power when the power exceeds the limit value and lasts for a

certain time.

05


7/8

Speeding up electricity charge

With its pre-payment and

flexible charging way, the

Huawei AMI solution allows

power companies to get the

electricity bills filled as soon as

possible.

Managing the health of the grid based online loss analysis

The DCP analyzes line losses by

time or area. This gives electric

company an overview of the

line losses over the entire

supply area and helps them to

optimize the whole grid.

Advantage Description

7

Support remote terminal unit (RTU) access and

work at the electricity distribution side as well as

the electricity consumption side.

In addition to functioning as the DCU, Huawei can also connect to RTUs to power

devices.

8Provide end-to-end data security and reliability

and reduces operation risks.

Application layer: electricity anti-theft analysis, user authentication and authorization

management, digital support, log and event management, and device backup and

disaster recovery centers in different places.

Platform layer: Support firewalls, anti-virus software, anti-DDOS, Head-end system

and distributed MDMS and 1:1 backup.

Network layer: Support wireless and wired link backup and various VPN and IPSec

data encryption.

Data collection layer: water and dust proof, fanless DCUs can work in temperatures

between -40 to 70. Support DES/3DES/AES encryption to ensure end-to-end security.

9 Easy service deployment and easy maintenance

USB-based service deployment that requires no configuration.

Visualized web management. Simple O&M.

Uniform network management platform eSight realizes unified management of

multiple devices.

The master station system supports pre-installation to save commissioning time.

Saving labor and operational costs

AMI enables automatic data

acquisition, reducing labor

cost and operational costs

since power companies do

not longer need to send staff

to read meters. AMI also

prevents unwanted economic

losses that are caused by manual data errors during manual

meter reading.

Reducing losses by restraining power theft

Smart meters and the DCP

work jointly to detect, analyze,

and identify attempts or

actions to steal power. As a

result, the AMI solution helps

restrain power theft and

reduces losses caused by it.

06


8/8

Copyright Huawei Technologies Co., Ltd. 2013. All rights reserved.

Trademark Notice

General Disclaimer

, HUAWEI, and are trademarks or registered trademarks of Huawei Technologies Co., Ltd.

Other trademarks, product, service and company names mentioned are the property of their respective owners.

The information in this document may contain predictive statements including,without limitation, statements regarding the future financial and operating results,future product portfolio, new technology, etc. There are a number of factors thatcould cause actual results and developments to differ materially from those

expressed or implied in the predictive statements. Therefore, such information isprovided for reference purpose only and constitutes neither an offer nor anacceptance. Huawei may change the information at any time without notice.

No part of this document may be reproduced or transmitted in any form or by any means without prior written consent of Huawei

Technologies Co., Ltd.

Documents

Huawei AMI Solution Brochure_v2.0