CHILEAN SEA LEVEL NETWORK
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1 5 th IHO TIDAL AND WATER LEVEL WORKING GROUP MEETING MAY 2013, HELSINKI, FINLAND CHILEAN SEA LEVEL NETWORK Juan Fierro C.
2 Lecture Overview Tsunami, Offshore Maule, Chile Current State and ongoing upgrade Sea level station components Data transmission improvements Conclusions
3 Tsunami, Offshore Maule, Chile
4 Introduction At 3:34 local time, February 27 th, a devastating earthquake M 8.8 struck Chile The earthquake also triggered a tsunami which crossed into the Pacific Ocean Historic world earthquake after 1900 listed by magnitude Valdivia, Chile M Prince William Sound, Alaska M Sumatra Andaman Island M Kamchatka M Honshu, Japan M Offshore Maule, Chile M 8.8 Sea level stations contribute strongly as tsunami detection systems with potential warning time from minutes to hours, depending on proximity of source location
5
6 Chilean Sea Level Network Some damage I. DE PASCUA I. SAN FELIX ARICA IQUIQUE ANTOFAGASTA CALDERA COQUIMBO VALPARAISO I. JUAN FERNANDEZ SAN ANTONIO TALCAHUANO CORRAL PTO. MONTT ANCUD 20º 30º 40º PTO. CHACABUCO SAN PEDRO 50º PTA. ARENAS PTO. WILLIAMS 60ºS SELF CONTAINED PLATFORM SATELITE DIGITAL PLATFORM PTO. SOBERANÍA RADA COVADONGA Territorio ChilenoAntártico 105ºW 95º 85º 75º 65º 55º
7 Current State and Ongoing Upgrade
8 Chilean Sea Level Network Hardware Upgrade process Feb 27th 2010 Near Real Time Real Time A reinforced upgrade -Improving telemetry dry purged recording tide gauge Data collecting platforms -New platforms and sensors Mechanical devices Digital equipments
9 Chilean Sea Level Network Hardware Upgrade process March 2010 May 2013 Date 27th 2010 Dec 2010 Dec 2011 Dec 2012 May 2013 Satellite digital platform Autoself contained platform Total of Stations
10 Chilean Sea Level Stations Network Before 27 Feb 2010 Updated to May 2013 THANKS
11 Chilean Sea Level Stations Network 2 nd MEETING OF THE IHO TIDAL AND WATER LEVEL GROUP 38 Stations with real time transmission: APRIL 2010, STAVANGER, NORWAY Sampling interval: 1 minute Tx transmission: 1, 5, 10, 15, 60 min Sensor Standard configuration Sea Level Water Temperature Combined Air Temp and humidity Atmospheric pressure Current State at May 2013 THANKS 2 Self contained platforms: San Pedro Rada Covadonga
12 Sea Level Station Components
13 Tide Station for Tsunami Monitoring heavy-duty mast with extension arm QHR102 sea-level radar Two Configurations of Installation 2 SOLAR50 solar panel MAWS110 Automatic Weather Station with PMT16A barometer mast QMH102 combined temp.- humidity sensor UHFantenna GOES antenna BGAN antenna QMH102 combined temp.- humidity sensor MAWS110 Automatic Weather Station with GPRS 2 SOLAR50 solar panel QHR102 sea-level radar Tide staff (scale) Bench marks (option: pillar for GPS antenna) PR-36XW/H differential pressure sensor Sea Water Temperature Sea Water Temperature PR-36XW/H differential pressure sensor
14 Radar Water Level Sensor QHR104
15 Sea Level Station Components Mounting Configuration GOES/Internet Transmission SOLAR 50 panel Air Temp. and relative humidity Sensor DCP external enclosure UHF Antenna GOES Anntena DCP external enclosure QHR102 sea-level radar Submerged sensors cables Submerged sensors cables Pyramid of aluminum Masts of steel
16 Sea Level Station Components BGAN/GPRS Transmission Air Temp. and relative humidity Sensor Solar 50 Panel BGAN Antenna QHR102 sea-level radar DCP external enclosure Submerged sensors cables BGAN Antenna Thrane&Thrane 300 GPRS Modem Centurion 300
17 Satellite Systems: BGAN Terminal Thrane & Thrane Explorer 300 Hughes 9502 Power Consumption Transmit Mode 14 W Less than 20 W Weight 1.4 Kg 1.5 Kg Outdoor Enabled No Yes (antena) Minimum CDR 10 Kb 1 Kb Cost per conexion 100 Kb None Watchdog reset No Yes Yearly Transmission Cost per station 873 USD 2,185 USD
18 Gauge Contact Point (CP) The CP is a type of Benchmark, which must be connected to the TGBM. Is a vertical reference mark, associated with the gauge itself. Radar gauges Pressure gauges Contact Point
19 Experiences from Chile Telemetry systems
20 Primary Transmission Telemetry Satellites Systems
21 GOES BGAN SHOA DRGS Server 2 Main Server Server 3
22 GOES E Satellite GOES Satellite Telemetry DRGS SHOA DRGS Server 2 Server 3 Formatting Script ADC0D G43+0NN217EXE Main Server (S:ARI_GOES;D:180512;T:180751;WL-K:2101;WL-V:4019;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3;ROC_K:128;ROC_V:130) (S:ARI_GOES;D:180512;T:180651;WL-K:2339;WL-V:4229;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:019;ROC_V:018) (S:ARI_GOES;D:180512;T:180551;WL-K:2143;WL-V:4024;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:005;ROC_V:002) (S:ARI_GOES;D:180512;T:180451;WL-K:2251;WL-V:4183;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:054;ROC_V:073) (S:ARI_GOES;D:180512;T:180351;WL-K:2263;WL-V:4100;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:092;ROC_V:105)
23 Alternatives Paths: GOES Data Reception GOES E Satellite DRGS NOAA GTS GOES Satellite Tide Tools IOC Website
24 GOES BGAN SHOA DRGS Formatting Script SHOA Server 2 Main Server Server 3 ORACLE Server METMAN System
25 BGAN Satellite Telemetry GOES Satellite Main Server ORACLE Server SHOA (S:TAL_BGAN;D:180511;T:171520;WL-K:2101;WL-V:4010;ROC_K:021;ROC_V:068) (S:TAL_BGAN;D:180512;T:171620;WL-K:2156;WL-V:4173;ROC_K:045;ROC_V:050)
26 Secondary Transmission Telemetry Land Based Systems
27 GOES GPRS BGAN SHOA DRGS SHOA Server 2 Main Server Server 3
28 Telemetría GPRS Main Server GOES Satellite (S:TAL_GPRS;D:180512;T:120351;WL-K:2101;WL-V:4019;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:128;ROC_V:130) (S:TAL_GPRS;D:180512;T:120451;WL-K:2339;WL-V:4229;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:056;ROC_V:064) (S:TAL_GPRS;D:180512;T:120551;WL-K:2143;WL-V:4024;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:126;ROC_V:135) (S:TAL_GPRS;D:180512;T:120651;WL-K:2251;WL-V:4183;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:143;ROC_V:139) (S:TAL_GPRS;D:180512;T:120751;WL-K:2263;WL-V:4100;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3; ROC_K:112;ROC_V:132)
29 GPRS GOES BGAN SHOA DRGS SHOA Server 2 Main Server Server 3
30 RADIO LINK GOES WAN Naval WAN Telemetry GPRS BGAN DTMR Server SHOA DRGS SHOA Server 2 Main Server Server 3 (S:TAL_WAN;D:180512;T:180651;WL-K:2101;WL-V:4019;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3;ROC_K:028;ROC_V:010) (S:TAL_WAN;D:180512;T:180751;WL-K:2339;WL-V:4229;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3;ROC_K:-122;ROC_V:120)
31 Naval WAN Telemetry WAN METMAN SERVER A GOES Satellite (S:TAL_GPRS;D:180512;T:180751;WL-K:2101;WL-V:4019;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3;ROC_K:028;ROC_V:010) (S:TAL_GPRS;D:180512;T:180651;WL-K:2339;WL-V:4229;TA:21.2;RH:068;TW:17.9;BP:1012.8;BAT:14.3;ROC_K:-122;ROC_V:120)
32 INMARSAT-BGAN SHOA Operational Data Collection BGAN Service Provider GOES BGAN Terminal Stations in new Places or upgraded Stations Installed before Feb 27th 2010 GOES Ground Station Secure Communication Using Secure navy VPN (backup) SHOA GPRS (backup)
33 Sea Level Register March 2011 Arica ARICA IQUIQUE 20º ANTOFAGASTA I. DE PASCUA I. SAN FELIX CALDERA COQUIMBO VALPARAISO I. JUAN FERNANDEZ SAN ANTONIO TALCAHUANO 30º San Felix CORRAL PTO. MONTT ANCUD PTO. CHACABUCO 40º SAN PEDRO 50º PTA. ARENAS PTO. WILLIAMS Coquimbo SELF CONTAINED PLATFORM SATELITE DIGITAL PLATFORM PTO. SOBERANÍA RADA COVADONGA Territorio ChilenoAntártico 60ºS Ancud 105ºW 95º 85º 75º 65º 55º
34
35 Blackout in Chile: Sept 24th :30 to 21:45 local time (23:30 to 00:45 UTC) GPRS data availability Average 100 % GOES data availability Average 98 %
36 Current GOES and Internet VPN Status
37 BGAN with DXE-421 and current GPRS Status
38 Current BGAN performance with Digi
39 Sea Level data (collected through BGAN) Radar Pressure
40 Conclusions Alternative systems for real time data transmission using several telemetry options (GOES, BGAN, GPRS and a Wide Area Network) has given powerful support to the National Tsunami Alarm System operation. Higher frecuency GOES transmision slots strengthens the capacity to monitor tsunamis in real time. VEGA radar sensor has demostrate high reliability in several sea conditions as a redundant sea level sensor (potencially primary sensor). Densification has improved the sea level data collecting network for operational and scientific purposes.
41 THANKS
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