Transcript HAII Introduction (J..

Background
HAII was originally established by the
initiative of His Majesty the King Bhumibol
Adulyadej, to develop an integrated plan to
improve water resource management in
Thailand, with support from the
Massachusetts Institute of Technology
(MIT), working closely with the Office of the
Royal Development Projects Board (RDPB)
and Thailand Research Fund (TRF).
2
Our Vision
Developing and applying science and
technology knowledge for agricultural and
water resource management in order to
cope with critical climate change; and
expanding the accomplishment through the
design and development of strong and
effective networking
3
Our Works
• Developing and applying S&T for agricultural and water
resource management
• R&D in water management technology and system
• Expanding services and disseminating the R&D outcomes
• Promoting S&T research and development collaboration
Water Management
System
www.thaiwater.net
•Develop technology to
collect real-time data,Water
•Develop information system
for Integrated Water
Resource Management
(IWRM)
•Develop and maintain the
data warehouse, and
information publicized via
Internet GIS-MIS
•Apply new techniques and
scientific methodology for
water resource management
Adaptation for
Community Development
• Develop information system to
Agriculture
support decision-making in
agricultural management
• Apply GIS – MIS technology to
understand and analyze
problems
• Enhance and promote Science &
Technology to the community for
sustainable Community Water
Resource Management
(CWRM)
• Expand the accomplishment of
CWRM networking by applying
the “Lean Management”
concept
4
Our Development Directions
Our Research Focuses
Real time monitoring,
forecasting & operating system
Climate Change Adaptation
and Planning
•
•
•
•
•
•
Telemetering system
Weather forecasting system (WRF,
WRF+ROM)
Decision Support System (DSS)
Flood Modeling system
Optimization
System Integration
•
•
•
•
•
Open architecture / Open source
HPC, GPU, MIC
Big Data
Cloud
New Technology
•
•
•
•
Climate change scenarios and
related effects
Seasonal prediction
Water resources assessment
Land use planning & management
Adaptation
Our Technology: HAII Telemetry
850 stations in operation
7
Year
Control
Communication
Sensors
20032005
•Data sending via TCP/IP
•Data monitoring via Web
Service
•No backup storage
20062008
•Data recording every 10 min
and hourly
•Data sending via
GPRS Modem to
Server
•Data recording to USB Flash
drive
•Energy Control Unit
Management from
Solar cell
WAVECOM M1206 & Fago
Maestro 100 (GPRS Modem)
•Send data via FTP
•Config value via SMS
•Precipitation
•Temp , RH
•Solar radiation
•Wind speed and direction
Cinterion TC65 Teminal
(GPRS Modem)
•Send data via FTP
•Config value & RTU via SMS
•Upgrade Firmware via OTA
•2 way communication
•Precipitation
•Temp , RH
•Solar radiation
•Wind speed and direction
•Water level (Radar)
•Circuit Unit Management
for Control GPRS Modem
•Circuit Unit for AnalogueDigital Converter (A2D)
Gemalto (3G Modem)
o Send data via FTP
o Configure value &
RTU via SMS
o Upgrade firmware
via OTA
o 2 ways communicate
SkyWave
•Precipitation
•Temp, RH
•Solar radiation
•Wind speed and direction
•Water level (Radar)
•Salinity
20092012
20132015
•Precipitation
•Temp , RH
•Solar radiation
Our Technology :
High Performance Computing Facilities
2006
2004
1999
2003
9
Our Technology :
High Performance Computing Facilities
2010-11
2007
2008-9
Current Capacity
- Over 1000 CPU cores; 2088
GPU cores; 100 VMs; 300 TB
storage
- Server farms, clustering-GRID
environment
Data:
- Telemetering
- Satellite/radar images
- Internal/External Research
- Data exchange with partners
Services:
- Data warehouse
- Modeling
- Weather Research
Forecasting (WRF)
- Coupling Model (WRF+ROM)
- Image Processing
- Public websites
10
www.thaiwater.net
11
www.thaiwater.net
•
•
•
•
•
•
Storm direction
Rainfall information
Sea surface height/temperature
Water diagram
Dam water level
Water model and warning system in flood
and drought for water management
12
www.thaiwater.net
Automatic real-time data:
• Solar intensity
• Temperature
• Humidity
• Air pressure
• Rainfall
• Water level
13
www.thaiwater.net:
Thailand's Wind and Precipitation Forecast (WRF)
 Use a high resolutions
topography
 Deploy fine
computational grid
3x3 km
(3 nested domains)
 Run twice a day – 7day forecasts (9x9 km)
 Use NCEP’s Global
Forecast System (GFS)
inputs
 Verify with Local
weather stations
14
Media Box
15
National Hydroinformatics and Climate Data Center
GIN/MOINet Network
Data
Meteorology
Hydrology
Utility
System
Geography
SocioEconomy
Statistic
Related Agencies
Warning System
National Disaster Warning Center (Rainfall, Strom and
dam water level)
Data Center
Mirror Site
Equipment
UAV
Telemetering
Autonomous
Robot Boat
Data
Linkage
System
Internet GIS System
Internet
Map
High Performance
Computers
Modeling
CCTV
Collaboration
Research
Reporting
System
Table / Chart
Social Sensors
Mobile Data Center
(Mirror Site)
16
Integrating data from 13 agencies
and expanding to 32+
Water level Data
Weather Map Data
Sea Level Data
Basin Telemetering Data
Artesian Well Data
Large Dam Data
Model for Rainfalls
Forecast Figure
Warning Telemetering Data
Landslide Risk Map Data
Landslide Risk Community Data
NHC
Canal Water Level
Measurement Data
Flood Map
Link and exchange data between 13 related water resource management government agencies and the National
Hydroinformatics and Climate Data Center for research usage for monitoring and analyzing the situation.
Technology and Data Services
Website
Water and Weather Situation Monitoring
Serve Executive and Government Agencies
NHC Mobile application
News Report / Water situation monitoring
Serve Executive and Public
Forecast / Estimation
Model Situation
Government Agencies Collaboration
Media Box
Broadcast water situation news
Serve Local administration and
Community
Apply Science and Technology for Community
Water Resource Management (CWRM)
Apply science and informatics technology for CWRM efficiency, e.g., GPS survey for
making waterway map, crop and water usage planning, etc. The community could
coordinate and manage their water resources with partners and to be the ownership.
19
S&T Adaptation for Strengthening Local Economy
To prevent economic loss from flood and drought, Thailand needs good water
management system at every level, nationally or locally. The CWRM Network has been
expanded throughout the country, and currently covers 60 main networks with more
than 543 participated communities.
S & T Application
• Apply S&T such as GPS
receivers, telemetering
station, maps and
satellite images for
community survey
• Identify problems and
solutions
• Water balance analysis
• Area-based analysis
Engineering/Innovation
• Simple infrastructure
design suitable for the
socio-geographical
condition
• Systematically plan the
work process,
management and
maintenance
• Local innovation
Sustainable
Agriculture
• Agroforestry
• Integrated
agriculture
• Water quality
management
Success
• Self-sufficiency
• Food security
• Expand the
success to other
communities
20
Current International Collaboration
•
•
•
•
•
Water Resource Management
Hydro Informatics
Agro Informatics
Geoinformatics
Community Development
21
Current International Collaboration
Water Resource Management
• Graduate University of Chinese Academy of Sciences (GUCAS),
China
• Institute of Atmospheric Physics (IAP), Chinese Academy of
Sciences (CAS), China
• Institute of Geographic Sciences and Natural Resources
Research (IGSNRR), Chinese Academy of Sciences (CAS), China
• Department of Technology and Innovation, Lao PDR
22
Current International Collaboration
Hydro Informatics
• Imperial College, UK
• UNESCO IHE, The Netherlands
• University of Washington, USA
• DHI, Denmark
• AGT International
23
Current International Collaboration
Agro Informatics
• The Institute of Environment and Sustainable Development
in Agriculture (IEDA), The Chinese Academy of Agricultural
Sciences (CAAS), China
• The Institute of Agricultural Economics and Development
(IAED), The Chinese Academy of Agricultural Sciences (CAAS),
China
24
Current International Collaboration
Geoinformatics
• Wuhan University, China
• ICC, Catalonia, Spain
Community Development
• The Coca-Cola Foundation,
USA
25
Thank you