1. Huawei eLTE Solution for Energy Industry

2. Content 1 2 3 Energy Industry Challenges
Huawei Innovative eLTE Solution 3
Successful Cases

3. Communication Network
Challenges of communication network in power distribution and consumption
Connect Massive End-Points
Cover Various Environment
Support Applications Continuously Evolving
Smart Meter
DTU
FTU
RTU,
Smart Meter
Urban
Urban
Sub-Urban
Rural
Before: 77 Substation， Now: 1M Smart Meter, 30,000 RTU
In Zhongshan city(3M population)
Distribution
Room
Mounted
Pole
Basement In
In Cabinet
110 KV Substation
Ensure Reliable, Secure
Ultra-Reliable, Ultra-Secure for telecontrol
Electric
Charge
Resilient Architecture,
Broad Band Width
Mobile
Operation
Emergency
Command
Communication Network
Micro Grid DA
Sensitive,
Privacy
Transmission
Line Monitoring
Mobile
Business Hall
Surveillance
Video
AMI
Electric Vehicle
Control Center

4. The Challenge of Oil & Gas Field
High Cost of New Well Exploration
Low Efficiency of Old Well Exploitation
The depth of “offshore oil 981” drilling platform is 3000m
Exploitation trend to deep sea, desert, which cost high( single drilling cost would be up to $100Million )
Inefficient manually patrol
Reporting cycle of some oilfield cost 30 days
Oil recovery ratio of most oilfield less than 50%
Need More Economical
Need More Efficient
Risk of Healthy, Safety, Environmental Protection
Pressure of Operational Management
Oil spill in Gulf of Mexico
Oil spill area was up to 9971m2
Oil Company was fined by $4.5billion
Ecological environment point dropped form 80 to 50
Difficult of massive data sharing and cooperation
Multidisciplinary expert on-site cooperation is very difficult
Real-time fast decision in production operation is very difficult
Need Faster Response
Need More Cooperation

5. Comparison of Various Communication Technologies
Wired
Technology
Grid Carrier Cable (PLC/BPLC), Field Bus (RS232/485), Special Audio Line (PCM)
Narrowband technology
Unable to support data collection and video surveillance
Low bandwidth and high time delay, and bad security
Uplink bandwidth not to support video surveillance
Additional costs for frequency bands
High bandwidth and low time delay, and high security to effectively support power distribution
Poor stability and interference issues
Middle capacity to support data service
High initial costs, difficult deployment in some scenarios
Large capacity to support data service
Industry Ethernet Network
Fiber xPON
Wireless
Technology
Specialized 230Mhz Microwave Communication
Public GPRS/CDMA/EDGE
Private LTE Network
LTE Network is great advantage in building an efficient, real-time, reliable and economical grid

6. Converged Service in One Net
LTE: A Better Way for Utilities Service
Utilities Service
Satellite
Expensive，30USD/y
High latency, low bandwidth
Fix Net
Not mobile, expensive
Tetra
Only voice, no data
Public Net
Low security, cannot provide required latency
Voice Trunking, Broadband Service, Video Surveillance
Efficient Collaboration, Easy to Maintain
Converged Service in One Net

7. 30Mbps@30km (ship to ground)
LTE: A Better Way
Better Mobility
Higher Bandwidth, Wider Coverage
100KM
DL 100Mbps, UL
(ship to ground)
Mountain
Sea Floor
Offshore Platform
Construction Cost is decreased by 30% comparing to TETRA with video service
Lower Latency, E2E Latency < 100ms
Huawei Device
MOTO Device
DBS3900 VS

8. Content 1 2 3 Energy Industry Challenges
Huawei Innovative eLTE Solution 3
Successful Cases

9. Satisfy Industry Customer Requirements
Huawei E2E eLTE Solution Satisfies Customer Requirements
E2E eLTE Solution
Satisfy Industry Customer Requirements
High Performance Mobile Broadband
DL 100Mbps, UL 50Mpbs
Ultra long-distance coverage
High Adaptation to Industry Requirements
Flexible Networking
Multiple Frequency bands
Tolerance of harsh environments
World’s 1st Broadband Professional Trunking Solution
100Mbps multimedia trunking: video dispatch
Professional voice dispatch performance
Open and convergent network architecture
Application
EPC
IP Network
NMS
RRU
BBU
LTE
LTE
Device

10. Distribution Automation
Huawei eLTE Application in Smart Grid
TV Wall
Dispatcher
LTE Core Network
Video Server
DMS
MDMS
GIS
LTE
LTE
LTE
CPE + DTU/FTU/TTU
CPE + Concentrator + meter
Handset
Vehicle Terminal
LTE Camera
CPE + Camera
Distribution Automation
AMI
Command & Dispatch
Video Surveillance
Sub Section Post
On-pole Switch
Ring Main Unit
Distribution Transformer
Wing-room Transformer
Switch Board Room
Concentrator

11. Data transfer of every corner over the oil & Gas field
Huawei eLTE Solution for Oil & Gas
Data transfer of every corner over the oil & Gas field
Drilling & Well site
RTU AP
CPE
Pressure
eNodeB
Temperature AP
CPE
Metering Station
EPC
Flow
NMS AP
CPE
Injection Station
Liquid level
SCADA Server
Storage
Combustible
gas detection
CPE
Injection Pump
MIS Server
Terminals
LTE
Core Network &
Monitoring Center
Electric actuator
Manual
Automated
Transmission Latency <10ms
Low cost, and real-time data acquisition solution to improve operation efficiency

12. Multi-band to Quickly respond to Customer Requirements
1.8G
2.6M
FDD
TDD
2.6G
900M
1.4G
3.5G
2.1G
1.0G
400M
3.7G
1.8G
5.8G
Broadband Access
Broadband Trunking and Access
TDD 400M/1.4Ghz/1.8GHz and FDD 800MHz for Broadband Trunking and Access
TDD:400M/1.4G/1.8G/2.3G/2.6G/3.5G/3.7G/5.8GHz and FDD:700M/800M/850M/900M/1.0G/1.8G/2.1G/2.6GHz for Broadband Data Access

13. Flexible Networking for Different Application Scenarios
Isolated Single Site
Small Network
Large Network
One site: 12 cells
1,000 users
128 concurrent trunking groups
2U core network for 20 eNodeBs
4,000 users
512 concurrent trunking groups
1,500 eNodeBs
200,000 users
2,000 concurrent trunking groups

14. Large Capacity & Wide Coverage for Multimedia Trunking Service
Frequency
/Coverage
400MHz
800MHz
1.4GHz
1.8GHZ
806~824,851~869
1447～1467
1755 ～1920
Voice
Data
Urban
4.56
3.74
3.73
2.74
3.05
2.24
2.23
1.30
Rural
17.15
11.99
14.03
8.76
10.61
7.81
7.76
4.63
4.56Km
17Km
Core Network Capacity
Trunking Service Capacity per Cell
160 Groups
per eCNS
Capacity
Users
20,000
Base Stations
500
Trunking Groups
2,000
120 Groups
5MHz MHz MHz
80 Groups
UL: 6 Mbps
DL: 22 Mbps
UL: 13 Mbps
DL: 45 Mbps
UL: 27 Mbps
DL: 90 Mbps

15. Multiple-level QoS Guarantee Real Time Data Service
DTU/FTU/TTU Remote Monitor
Data service
QoS
TTI
DL GBR
UL MBR
QCI
Default bear
DL MBR
UL GBR
ARP
Metering Reading
PTT Dispatch
Video
Data Service based on TCP/IP
Service-specified QOS, satisfy different transmission requirements
Flexible parameters configuration for QoS, ensure real time transmission for key data

16. Multiple Frequency Bands Command Center (Voice + Video)
High Adaptation to Industry Requirements
Multiple Frequency Bands
Command Center (Voice + Video)
Hot
Cold
Humid
Explosive
ECV
BTS
Microwave
Servers
Dispatching
LBS
EPC
EP680 Ex
CPE EG860
IP 67, explosion proof
Resistance to high and low temperature
NMS
ISO
Real-time Surveillance
Collaboration
Flexible networking for flexible and quick deployment : ECV, ISO, small core network
Multiple frequency bands: 1.4Ghz/1.8Ghz, 400Mhz/800Mhz and quick frequency customization for 2.3G/2.6G/3.5G/3.7G/5.8G
High Security: L3VPN

17. Advanced PTT Features to Satisfy Port Dispatching Requirements
Group Call
Broadcast Call
Emergency Call
Pre-emptive Priority Call
Dynamic Regrouping
Remote Activation & Deactivation
Force Release/ Insert
Imperceptible Monitoring
DMO
Later Entry
Restriction on Incoming & Outgoing Call
User Status Display
Display of Group & Speaker Name
Time Based Call
Call Group Scanning
Remote Deactivation
Lost
Found
Remote Activation
DMO
Dynamic Regrouping
Force Insert
Force Release

18. Tolerance to Harsh Environments
Ruggedized Equipments
Application Scenarios
IP67, 0.5m deep water < 30 minutes
Explosion proof: Ex ib IIB T4 certificate for Zone1
EP680/EP680 Ex
High Temperatures
Cold Weather
Ex ib IIB T4 certificate for Zone1
Working temperature: -40℃～60℃
EG860
Explosion proof: Ex D IIB T4 for Zone1
Working temperature: -40℃ ~ +55 ℃
Seas and Oceans
Underground Mining
eRRU3251
Explosion Proof/ Waterproof Handset for Harsh Environments

19. Redundancy for High Reliability
Board-level Backup for eNodeB
Board-level Backup for EPC
NE-level Backup for Network 1
2RRU+2BBU+2CNS 2
2RRU+1BBU+2CNS
3*10M 2T2R:one LBBP with CPRI interface backup 3
1RRU+1BBU+2CNS

20. Product Portfolio Dispatch Core network Maintenance station Base
Dispatching Server
Dispatching Peripheral
eMDC610
Tetra Gateway
Dispatching Console
eMRS
AV decoding Server
Core network
Miniaturization core network
Tiny core network
Isolated site for ECV
eCNS210
eSCN230
eSCN231
station
Base
BBU
RRU
Maintenance
NMS server for network and terminals
eRRU
eOMC910
eBBU
Terminals
Handset
Vehicle terminals
CPE
USB dongle
Module
EP650/EP680
EP680 EX
EV750
TAU600
EG860
EM710
EM350

21. Content 1 2 3 Energy Industry Challenges
Huawei Innovative eLTE Solution 3
Successful Cases

22. Leading Global eLTE Commercial Progress
26 eLTE Contracts, 11 Commercial eLTE Networks
( As of Q2 2013)
Norway Tampnet: World’s 1st LTE Application in Oilfield
China Southern Power Grid : World’s 1st LTE Application in smart gird
China Shuohuang Railway: World’s 1st LTE Application in Railway
Russian
Norway
Netherlands
USA
Spain
Poland
China
UAE
Ghana
85 LTE Networks in Operator Market
( GSA, May 2013)

23. Network management system(M2000)
Huawei eLTE Solution to Highly Satisfy Southern Power Grid’s Strategic Requirements
Higher Performance Network than 3G Operator Network
10 eNodeB (TDD LTE, 1.8GHz) to cover about 100KM2 areas
Advanced Technology: 2*2 MIMO, and high-gain external antenna connected with CPE
Entirely meeting the requirements of data service including video surveillance and data acquisition
Network management system(M2000)
Master station
system
Switch
MSTP Network B
MSTP Network A
BBU
BBU
BBU
BBU
BBU
More Economical Deployment than Fixed Network
Compact EPC and PC-server OSS located in power transformation room, and space saving
Distributed eNodeB: RRU on tower, top of building, or against wall
Development
Building
GongBei
Station
Other
stations
Training
Building
JiDa
Station
Three
sectors
Three
sectors
Two
sectors
Three
sectors
Three
sectors
High Reliability
Online device monitoring to timely find out faults
Advanced QoS control algorithms to ensure high-priority service real-time transmission
CPE
CPE
CPE
CPE
CPE
RTU
RTU
RTU
RTU
RTU

24. Norway’s Tampnet Offshore Communication Network
Integrated Operation through Large-capacity Communication Network
Tampnet is the communication operator for Oil & Gas company in Norwegian North Sea, own the most of undersea fiber and microwave network, provide network leasing services for the drilling platform dispersing in North Sea.
Tampnet service for large corporation(Stavanger，Shell, BP, ExxonMobil, Statoil ), 34 in 50 drilling platforms in the North Sea area have access to their communications network