Satcom-Workshop 2003 ORBCOMM V1 - DLR Portal

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ORBCOMM - System Status, Evolution and Applications 1 OHB-System AG Universitätsallee 27-29, 28359 Bremen, Germany mailto: [email protected] http://www.fuchs-gruppe.com ORBCOMM Deutschland AG Universitätsallee 27-29, 28359 Bremen, Germany ORBCOMM LLC Atlantic Boulevard, Dulles VA, USA M. Kassebom B. Penné C. Tobehn I. Kalnins E. Pütz J.J. Stolte R.L. Burdett ORBCOMM - SYSTEM STATUS, EVOLUTION AND APPLICATIONS Workshop “Satellitenkommunikation in Deutschland” DLR / Köln-Porz 27. - 28. März 2003

Transcript of Satcom-Workshop 2003 ORBCOMM V1 - DLR Portal

Page 1: Satcom-Workshop 2003 ORBCOMM V1 - DLR Portal

ORBCOMM - System Status, Evolution and Applications 1

OHB-System AGUniversitätsallee 27-29, 28359 Bremen, Germanymailto: [email protected]://www.fuchs-gruppe.com

ORBCOMM Deutschland AGUniversitätsallee 27-29, 28359 Bremen, Germany

ORBCOMM LLCAtlantic Boulevard, Dulles VA, USA

M. KassebomB. PennéC. TobehnI. Kalnins

E. Pütz

J.J. StolteR.L. Burdett

ORBCOMM -

SYSTEM STATUS, EVOLUTION ANDAPPLICATIONS

Workshop “Satellitenkommunikation in Deutschland”DLR / Köln-Porz

27. - 28. März 2003

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Table of Content

n Technical Overview

n Applications & Services

with detailed Examples

n Products & Prizes

n Outlook on System Evolution

n Conclusions

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n Service: - Global two-way data and messaging - Monitoring, tracking and messaging applications

n Unique Features: - Low-cost equipment and service - Personally portable subscriber units - Worldwide coverage

n Customer Focus: - High-value, end-to-end solutions

n Business Drivers: - Be first - With high-value applications - At the lowest cost

System Features

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Technical Overview

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ORBCOMM Space Segment

Solar PanelsDeployed (2)

GPS Antenna

SolarCells

Nitrogen Tank

Thruster (3)

Batteries

Magnetometer

VHF / UHF AntennaDeployed (3.28 m)

Nadir

n 30 operationalsatellites in orbit

n Weight:Approximately 43 kg

n BOL Power:220 Watts

n Size:- 0.17m height x 1.04m diam. (Launch Configuration)

- 2.24m width x 4.32m length (Deployed Configuration)

n Launch Plan:- 2 on Taurus® launch vehicle- 8 each on 4 Pegasus® launch vehicles

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Primary Planes

Planes A, B C and D:Six to Eight Satellites withOrbital Altitude 825 km (512 miles)Inclination = 45°

Secondary Planes

Plane F: [Polar]One Satellite withOrbital Altitude 740 km (460 miles)Inclination = 70°

Plane G: [Polar]One Satellites withOrbital Altitude 830 km (516 miles)Inclination = 108°

Licensed Planes (not launched)

Plane E: [Licensed]Seven Satellites withOrbital Altitude 975 km (605 miles)Inclination= 0°

ORBCOMM Satellite Constellation

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Ground SegmentCurrent Status Planned Evolution

GESGES

GESGES

GESGES

GESGES

GESGES

NCC

MDC

GESGES

GESGESGCC

MDC

MDC

Internet

GCC

GESGES

GESGES

GESGES

GESGES

GESGES

GCCNCC

MDC

GESGES

GESGES

MDC

MDC

- 12 Gateway Earth Stations (GES)- International Gateways are

connected via Internet

- Additional GES to increase coverage- International Gateways are directly

connected

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System Performance

Maximum System Latency(maximum delivery time for random message)

- Red dots: projected major geographic markets,- Green band (between ca. 23° and 54°):

maximum latency of 15 minutes,- Pink band: maximum latency may exceed 15

minutes.

n Typical size of data files: 300 Bytes

n The ORBCOMM network performance for the US Gateway as measured bya subscriber communicator located in Dulles, Virginia is as follows (end of2001 status):

u 84.4% of the messages were delivered in less than 2 minutes,u 9.6% of the messages were delivered in 2 to 4 minutes,u 3.6% of the messages were delivered in 4 to 6 minutes,u 2.3% of the messages were delivered in 6 to 15 minutes.

99.9% of allmessagesdelivered in<15 minutes !

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Applications & Services

n Fixed Asset Monitoringn Utility Meter Reading and Remote Controln Pipeline and Tank Monitoring

n Mobile Asset Trackingn Heavy Equipment Tracking and Monitoringn Truck, Container or Railcar Tracking

and Monitoringn Locating and Recovering of Stolen Vehicles

n Messagingn Personal Messagingn Commercial/ Governmental Messagingn In-flight data for small aircraft

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Fixed Asset Monitoring & Control: Automated Utility Meter Reading

• Application Summary: Collection of utilitymeter readings on a regular basis fromremote locations; remote control possible

• Typical Customers: Electric and Gasutilities

• Benefits: Reduces costs compared to human on-site methods; geographic

extension of market to remote regions

Application & Service Example (1)

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• Application Summary: Collection of dailyor on-demand information on flow,corrosion and leak detection

• Typical Customers: Oil and Gas pipelineowners

• Benefits: Labor and cost savings;operational improvements; corrosionmonitoring to prevent material degradation;detection of leakage

Fixed Asset Monitoring & Control: Pipeline Monitoring

Application & Service Example (2)

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• Application Summary: Obtain daily or on-demand position data and status reports,e.g. about temperature of refrigerated trucks

• Typical Customers: Private owners of truckand container fleets; Railway companies;For-hire carriers

• Benefits: Optimized fleet management andimproved operational efficiency; improvedcompatibility; reduced cost; tracking oftrailers permits a 10-20% reduction of fleetsize

Mobile Assets: Truck, Trailer, Container and Railcar Tracking

Application & Service Example (3)

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Mobile Assets: +HDY\�(TXLSPHQW�7UDFNLQJ

• Application Summary: Obtain daily or on-demand position data and short statusreports, such as engine hours, fuel levelsand coolant temperature

• Typical Customers: Heavy equipmentowners, manufacturers and leasingcompanies

• Benefits: Optimized equipment usage andpreventive maintenance; reduced cost;improved competitiveness

Application & Service Example (4)

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• Application Summary: Obtain daily or on-demand position reports

• Typical Customers: Military services

• Benefits: Consistent solution for trackingglobally remote and agile assets

Mobile Assets: 0LOLWDU\�7UDFNLQJ�/RJLVWLFV

Application & Service Example (6)

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• Application Summary: Emergencycommunications; exchange of e-mailand short messaging files; reception oflocal information

• Typical Customers: Private users foroutdoor recreation (hiking, shipping);usage in each private car

• Benefits: Global attainability on lowcost; e-mail convenience/features;improved safety by autonomousemergency mode

Personal Messaging

Application & Service Example (5)

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Commercial/Government Messaging

• Application Summary: Short messagecommunications in remote areas

• Typical Customers: Expeditions, long-haultrucking companies; commercial maritimecompanies; militaries

• Benefits: Global attainability on lower costthan GEO or dedicated military systems;international coverage

Application & Service Example (7)

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Application & Service Example (8)

Telematic in Space - OHB-System RUBIN Experiment

LEO Satellite TM/TC via ORBCOMM

Main Elements of the OHB-System“RUBIN-1” Payload

• Application: Remote TM/TCaccess with LEO satellitesusing one single G/S

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Rubin-1 (Bird-Rubin)

� the first step in the experimental orbital telematics program,� launched on COSMOS 15.07.2000 attached to payload adapter.

Rubin-2

� the first small satellite fully controlled via Internet and Orbcomm,� launched on DNEPR 20.12.2002,� Mass 30 kg, Power 20 W.

Rubin-3-DSI� test the launch vehicle tracing possibilities outside of the launch site

TM system visibility areas,� launched on COSMOS 28.11.2002 attached to payload adapter.

➨ Short and long range inter-satellite communicationpossibilities were successfully demonstrated.

Rubin-3

Rubin-2Rubin-2

Application & Service Example (9)

Telematic in Space - RUBIN Missions

Rubin-1

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Products & Prices

n ORBCOMM Subscriber Products

n Prices:n Data Transmission Fees (Germany):

depending on traffic, the monthly fees are e.g. 40 for 10kByte and 176 für 100kByte,

n Hardware (Germany): ca. 700 - 960 for Panasonic Communicators; Antennas between 40 - 200 .

Note: All prices are up-to-date prices, valid for end-users and without VAT.

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Organisation & Address

For detailed informationplease contact:

ORBCOMMDeutschland AGUniversitätsallee 27-29D-28359 Bremen, Germany

Contact Person: Elke PützTel: +49-421-2020 781e-mail: [email protected]

OHB-System AGUniversitätsallee 27-29D-28359 Bremen, Germany

Contact Person: Boris PennéTel: +49-421-2020 699e-mail: [email protected]

North AmericaVARs

ORBCOMMSouth

America

CountryReps

VARs

ORBCOMM LLC ORBCOMM LLC

End UsersEnd Users

ORBCOMMAsia

CountryReps

ORBCOMMEurope

InternationalVARs

VARs

ORBCOMMAfrica

CountryReps

VARsOHB-Teledata

ORBCOMMDeutschland AG

ORBCOMM Distribution Channels

www.fuchs-gruppe.com

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Outlook on System Evolution

n ORBCOMM system is now managed and controlled by a new companyORBCOMM LLC. Its shareholders have prepared a new businessconcept for the operation and the marketing of the system.

n In order to maintain the system performance in the future, the newbusiness plan includes the design and implementation of new generationsatellites and an extension of the ground segment.

n The engineering efforts for the design and the implementation of newsatellites have started. Current plans are to launch the new generationsatellites beginning in 2005.

n Additional ground segment elements will be established in the future, toincrease system performance and coverage. At the time being it isplanned to construct additional GESs in the Middle East, Africa, and Asia,including Russia.

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Conclusions

n The ORBCOMM System is a switched, two-way data communicationsystem, which has the following key features:

u global coverage,

u near real-time communication for main market areas, and store-and-forward servicefor remote regions,

u hand-held subscriber terminals with simple whip antenna,u global interconnectivity to the e-mail networks and internet.

n The following applications are addressed by many different services:u monitoring and controlling of fixed assets at remote sites,u tracking of mobile assets and vehicles, and

u messaging and paging-like services.

n Currently, there are 30 operational micro-satellites (43kg) in low Earthorbit, which are accomplished by 12 Gateway Earth Stations (GES)globally distributed.

n In the future, ORBCOMM plans to upgrade the system by launching next-generation satellites and extending the ground segment with further GESs.