Transcript Slide 1
Developing Methodology for warning HYDROCARE Project Dr. Mary-Jeanne ADLER National Administration “Apele Romane” National Institute of Hydrology and Water Management Subject: • HYDROCARE PARTICIPATION: RoINH should present different forecast time interval reports • APPLIED METHODOLOGY TO MODERNIZE THE FOREASTING SYSTEM AND DATA COMMUNICATION – Modernization of the informational system for water management – Integration of hydrological system in Dispatch application – DESWAT Project products for hydrological forecasting system – New developments with Interreg IV CADSES: FLOODMED and MOSES 1.DEMANDED PRODUCTS - EVENT FORECASTS AND FLOOD LOSS INFORMATION - DAILY FORECASTS - MONTHLY AND SEASSONAL FORECAST RONIH 2.ORGANIZING THE WARNING SYSTEM FOR WATER MANAGEMENT FLOODING WARNING AND POST ANALYSIS REPROTS RONIH ARHITECTURE OF THE INFORMATIONAL SYSTEM OF WATER MANAGEMENT I.N.H.G.A. LAN 1 VPN ADMIN. NATIONALA "APELE ROMÂNE" VPN M.M.G.A. LAN LAN VPN(INTRANET) 2 DIRECTII APE. BASIN 1 DIRECTII APE. BASIN 2 DIRECTII APE. BASIN 10 DIRECTII APE. BASIN 11 VPN 3 4 SGA SGA SGA SGA SGA SGA SGA DATA PRODUCER (HYDRO, LAKES/RESERVOIRS, EMERGENCY INSPECTORATES…) SGA COMUNICATION SYSTEM RONIH Headquarters Waters Dir. W.M.S. VPN phase II VPN phase I DATA REPLICATION RONIH REPLICATION ANAR DB INHGA DB REPLICATION WD1 DB WD2 DB WD3 DB WD11 DB REPLICATION WMS DB WMS DB WMS DB M-M & H-M INTERFACES DATA PRODUCERS LEVEL WMS DB WMS DB WMS DB WMS DB WMS DB WARNING-ALARM SITUATIONS RONIH I.N.H.G.A. General warning M.M.G.A. – C.O.S.U. Central public administration NATIONAL INSPECTORATE For EMERGENCY SITUATION (6) C.J.S.U.. (6) C.M.R. A.N.A.R. CENTRAL DISPATCH County Inspectorates for Emergency Situations FLOODING Alarm situation Detailed warning WATER DIRECTORATES DISPATCHS RELATII TRANSFRONTALIERE Hydrological warning SGA DISPATCHES Foecasts HIDROELECTRICA, ANIF LOCAL COMMITTEE EMERGENCY SITUATIONS RONIH General Management Quality Assurance HR Management Payrolls Water Resources Management Simulation models Dams Dispatch and & Flood defence defence Forecasts, works studies safety & Monitoring: Monitoring: manage ment Rapid flow Slow flow Financial and Economic Management Contracts Marketing Document Management Technical archive WATER CADASTRE Funct. approvals Parteners, Tech. licences clients, suppliers Investments Communications & IT infrastructure Project Management RONIH 3.“DISPECER” APPLICATION Dispatch application – Message section RONIH Different type of messages in agreement with informational system Dispatch application – Message section Data products forecast Data Originator Instruments Models Parameters Cadastrea l Object Validation Methods (behavior) simulation time DSS Data acquisition at the national level Legend: •SGA=Water Management System •STH=Gauging stations •DA=Water Directorate •ANAR=National Administration Apele Romane •INHGA= National Institute of Hydrology & Water Management Max. 3 minutes data replication SGA DA ANAR INHGA ANAR INHGA DL DL … DL SGA/STH … SGA/STH DA DA Forecasts dissemination, national level Legenda: •SGA=Sistem de Gospodarirea Apelor •STH=Statii Hidrologice •DA=Directii de Ape Max. 3 minute replicarea datelor INHGA ANAR DA SGA ANAR INHGA DP DP … DP SGA/STH … SGA/STH DA DA Dispatch application – hydro data section RONIH Forecasting Data Flux rapid de date Dispatch application – hydro data RONIH Manual data entry Hydrometrical data RONIH TEST!! Data entry from existing automated stations Warning/Alarming principle according to field data ! INHGA: T0+3Trepl Data replication Data replication ! ANAR: T0+2Trepl WD: T0+Trepl ! Data replication ! WMS/SHY: T0 Data entry: manual/ automatic Warning is raised by the system in every location, once a value beyond a threshold occurs Dispatch Application– data base of losses by flooding Faza 1: lansare avertizare hidro - meteo ANAR EHM DA EHM SGA … DA EHM … SGA National Register of Events Faza 2: receptionarea rapoartelor informative ANAR RI(EHM) DA RI(EHM) SGA … Losses reports and automate centralizatio n in a national report … RI(EHM) SGA DA Dispatch application: operative reports and SAPA –ROM connection Faza 1: Raport de semnalare poluare accidentala ANAR ECA DA … DA ECA SGA … F1 SGA Faza 2: receptionarea fiselor de poluare accidentala (1,2,3) ANAR RP(ECA) DA SGA … F2 … RP(ECA) SGA DA F3 National Register of Events Dispatch application – Warnings and call center facility in connection with Dispatch application Telephone selection Data base ISDN Flow Local administration warnings, It is building: warning maps Call Center Server >30 pre-registered messages simultaneous sent Retranslator RTU Dispatch App RTU RTU Voina Database Database Rain St. RTU RTU Dispatch App Dam House RTU RTU Campulung HS Zanoaga Dispatch App Database RTU Ethernet TCP/IP on Ethernet Arges-Vedea WD IP Network (Intranet) Dispatch App. and DESWAT & WATMAN communications integration RONIH Trigger Simulations (models) Trigger Measurements Dam Launch Decision Sequence DataBase Dispatch App accept reject reject and suggest alternative operation Operations (to do list) Decision Sequence Editor DSS Principle Water Cadastre + GIS integration, public access ESRI ArcGIS Engine Dispatch App INTERNET PUBLIC ACCESS ESRI ArcSDE 9.x MOBIUS CadastruApe 2.0 MS IIS winDigita Meta Model MS SQL Server 2005 ESRI ArcGIS Server ANAR Geo-Data-base object relation oriented RONIH GIS RONIH DUNARE ESRI ArcGIS Engine Dispatch App Win32 clients ArcHydro + hydrological models integration ESRI ArcSDE 9.x ESRI ArcHYDRO MOBIUS CadastruApe 2.0 winDigita Meta Model Hydro Models MS SQL Server 2005 ANAR Geo-Data-base hydro object relation oriented 4. HYDROLOGICAL SYSTEM (HYDROLOGICAL DATA AND FORECASTS) DESWAT PROJECT NEWS DESWAT – HYDROLOGICAL INFORMATIONAL SYSTEM COMPONENTS AUTOMATIC HYDROLOGICAL STATIONS WITH SENSORS (AHSS) • 600 stations HPT (water level, precipitations, water and air • • • temperature) 66 automatic stations multiprobe for water quality (pH, dissolved Oxygen, REDOX, conductivity, turbidity etc.) 250 telepluviometres 108 integrated measurement systems of water discharges AHSS INFRASTRUCTURE AHSS stations location COMUNICATIONS • GSM • Radio • Satellite • VPN HYDROLOGICAL MODELS: • NWS RFS • FLOOD GUIDENS • Distributed model SIMIN – DESWAT INTEGRATION • Integration and dissemination of the hydrological and meteorological data HIDROLOGICAL FORECAST SYSTEM Elements Operational forecast system Input data Data preprocessors Data files Calibration system Historical data Data access, utility and preprocessor programs Forecast functions Models Data files Extended stream flow forecast system Parameters and state files Simulation/Optimization Programs ESP Functions Data files NWS RFS FLOW STRUCTURE Operations MAP MAT and RAIM (Rain + Snow melt) Rainfall Runoff Models Parameters and States Operations and models are logically organized and are executed within the system With this structure, other models can easily be incorporated Snow accumulation and ablation Snow model Sacramento SMA, API, etc. Volumetric Runoff Time distribution Unit hydrograph Instantaneous discharge Lag/K Routing, Diversions Other operations Adjusted discharge Mean flow calculation Mean flows Mean daily Flow Hydrographs Statistics OUTPUT FORECAST SYSTEM REQUIREMENTS •System Setup and Implementation Station Database Processed Time Series Database Forecast Parameter Database •Daily Operations •System Maintenance New Gages Terminated Gage Station Database Thank you!