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Building A Better Connected World
Huawei at a Glance
Sales Revenue
129
180,000
Ranking in
the Fortune
Global 500
170+
Countries
Employees
75 *
USD billion
A global
leader of
ICT
solutions
61.3
46.7
80,000
R&D
engineers
35.4
39.3
72
Interbrand
's Top 100
15
R&D
centers
201
2
2016
201
201
2015
3
4
* 2016 figure is unaudited forecast data.
Provide ICT Solutions and Services for Three Customer
Groups
Serving hundreds of
millions of consumers
Serving global enterprises and
industry customers
Serving global carriers
Enterprise Business
Consumer Business
Carrier Business
A brand loved by
consumers
Customers' best
strategic partner
Enabler and preferred partner of
enterprise digital transformation
A Global Leader of ICT Solutions and
Products
Information Distribution and Presentation
Information Transmission
Smartphones
MBB & home devices
Wearable devices
Vehicle telematics
Wireless networks
Fixed networks
Carrier software and
Core networks
Enterprise networks
M2M connection
Management platforms
Professional services
Information Processing and Storage
Data center infrastructure
Big data analytics platforms
Cloud services
Build a Better Connected World
Enrich people's lives through
communication
Build a Better Connected World
All things,
Intelligent Cloud
1M
Connections/km2
1ms
10Gbps Latency
Per
connection
All things,
Connected
All things,
People connection
All connection
IOT, IOP,IOS
Sensing
Pipe
Devices
All Things Connected Leads to Huge Energy Consumption
People
4.7
Device
100
billion
Enterprise
85%
billion
50%
×4
×5
3.2 billions
20%
16 billions
2015
2025
2015
Connected people
4 kWh/people/year
2025
2015
2025
Connected devices
Enterprise service application
deployed in cloud
4 kWh × 100billion = 400 GWh /year
100 MWh/rack/year (12kW/rack)
@2025 10 millions of new sites
@2025 50 thousands of new DCs
15%
Global energy consumption of
ICT industry @ 2025
Data source: Microsoft Cyberspace 2025, Huawei GIV 2016
4-5%
growth rate
Efficient &
Network
Infrastructure
Effective
Energy Consumption
Energy Utilization
Management
Site Level
Energy relevance
Telecom Equipment
(Cloud Run/Software)
Power/Cooling System
Component Level
Energy relevance
Hardware Performance
/Software Feature
Conversion/Generation/AC
etc.
Convenient Reporting Tools
& Proactive Maintenance
Network Energy Efficiency
Management
Data Analysis & Easy to Access
Network Architecture
(ICT convergence/NFV/Cloud )
Data Collection & Visualization
Network Level
Energy relevance
Energy
Saving
Target
&
Strategy
Reducing cost
Maximizing
Optimizing
Creating revenue
How to Save Energy for a Better Connected World?
ICT Convergence Improves Energy Efficiency
ICT convergence
Unified hardware
Legacy
Virtualization
(Hardware coupled) (Hardware and Software decoupled)
vEPC vIMS vMSE
IMS EPC
Wireless
VNFM
CT
IT
IP Network
Cloud OS
Fixed
DC
VIM
Flatted network with energyEquipment
saving
with higher density and hig
Power Requirement for New ICT Facility Architecture
Output 1
Local Site
Solar
module
Adjustable
48V DC
Output n
E-fuse
Converter
Rectifier
Output 1
Battery
Output 2
…
…
Intelligent
Management
HVDC
Central Office
Output 1
AC
Battery
Network
Equipment
…
…
Solar DC
Output 2
Output 2
…
…
Converter
48V DC
Output n
HVDC
Output 1
HVDC
Output 2
Converter
AC
UPS
…
48V DC
Network
Equipment
IT Systems
Social Service
• Unified power supply
platform
• High equipment
adaptability
• Centralized battery
Remote Site
backup
Output 1
48V DC
Isolated E-fuse
Isolated E-fuse
8
Output 1
Converter
Output n
…
…
…
…
Output n
Converter
Remote HVDC
SDP Opens Capability for Future ICT
Power function
Working environment
self-adaptable
can be defined
Energy
MIMO
<5Vdc
Wind
400Vdc
D.G.
220Vac
Grid
-48Vdc
Bat.
+24Vdc
System
integration
SDP: Software Defined Power
9
easy to support
Solar
telecommunication
Big data
electronics
Thermal
control
Energy sharing
Network
PV
Multiple
Business
IOT
sensor
“0” Power, Synergy Between Power and
Connection
“0” power @ “0” connection
Real power consumption
Expected energy consumption
Traffic
No connection
10
Breathing Technology Realizes Synergy
Envelope Tracking Algorithm
PA Input Power
Fixed
Power Consumption
Power
PA Output Signal
Traditional
Without Envelope Tracking Algorithm
Time
Self-adaption
Breathing technology
Power
Envelope Tracking
10% Energy Saving
Envelope Tracking Algorithm
ON
With Envelope Tracking Algorithm, the PA input voltage
will adapt to the change of Output signal, like breathing.
11
Time
Open Cooperation for Energy Saving Solutions
Wide Solutions Scope From Pan-Sun to Grid, From Grid to Chip
Pan-sun
To
(Micro) Grid
Wind
plant
To
Household
PV plant
Chip
Power & Site
Controller
Chip
Equipment
Thermal power plant
Network
EV or HEV
Ground
PV plant
Energy storage station Diesel
Generation plant
Central NMS
Workstation
Distributed
PV plant
Sensor
Monitoring
terminals
Various Crossing Technology
Power
Generation
12
Power
Electronics
Power
Control &
Distribution
Energy
Storage
Big
Data
Cloud
Compute
IoT
Thank you
Copyright©2016 Huawei Technologies Co., Ltd. All Rights Reserved.
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 that could cause actual results and
developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for
reference purpose only and constitutes neither an offer nor an acceptance. Huawei may change the information at any time without notice.