Title: HELLAS SAT The birth of a new satellite operator Harry Iordanou Christodoulos Protopapas SPACEOPS 20
1HELLAS SATThe birth of a new
satellite operatorHarry IordanouChristodoulos
ProtopapasSPACEOPS 200417-21 May 2004
2INTRODUCTION
- Company
- Satellite Review
- Launch and LEOP
- Ground Stations
- Satellite Operations
- Present and Future Growth
- Conclusions
3COMPANY
- HELLAS-SAT Consortium LTD
- A private operating company incorporated in
Cyprus - Formed August 9th 2001 in Nicosia, Cyprus
- HELLAS-SAT S.A.
- Subsidiary company based in Greece
4COMPANY
- Participation / Shareholders
- Greek Participation
- OTE (Hellenic Telecommunications Organization)
- HAI (Hellenic Aerospace Industries)
- Cyprus Participation
- CDB (Cyprus Development Bank)
- AvacomNet Services (Cyprus)
- Others
- Telesat (Canada)
5HELLAS-SAT SYSTEM
- Co-Licensed by the Greek Cypriot Governments
- International Telecommunication Union (ITU)
- Greece in 1993, Cyprus in 1995
- Exclusivity _at_39o East for HCL
- Full frequency spectrum (Ku, C, X, Ka, L, S
bands)
6TARGETED MARKET
- Regions
- Greece Cyprus domestic needs
- Balkans Eastern Europe Infrastructure
- Middle East Africa
- Connection to/from Europe
- Applications
- DTH
- High Speed Internet
- 2-way Broadband services
- Special Events
- Athens 2004 Olympics
- Occasional Use
- Special Audience
- Hellenic Diaspora
7SATELLITE ORDER
- Satellite Manufacturer EADS-ASTRIUM
- Former KTV Satellite
- Antenna Modifications for coverage
- Launch in May 2003
- Contract signed July 11, 2002
8SATELLITE OVERVIEW
DESCRIPTION
ASTRIUM Eurostar 2000 Platform
Hellas-Sat 2
E3000 6 tons 6 to12 kW (14 for LX) 96
ch. Chemical plasma Li-Ion or Ni-H2 Dual CM
floor
E3000GM 6 tons 6 to 12 kW Chemical
plasma Li-Ion or Ni-H2 Triple floor
E3000S 4.8 to 6 tons 6 kW to 8 kW (52
ch.) Chemical propulsion Li-Ion or Ni-H2 Single
floor
E2000 3.4 tons 3 kW to 6 kW (44 ch.) Chemical
propulsion Ni-H2 batteries
- Series
- Launch mass
- PL power
E2000 2.4 tons 1.5 kW to 3 kW Chemical
propulsion Ni-H2 batteries
9SATELLITE OVERVIEW
30 x 36 MHz transponders, onboard plus 8 x 36 MHz
redundant, up to 12 on fixed beam F1 up to 6 on
fixed beam F2, up to 12 on beam S1, up to 6 on
beam S2 Fixed over Europe, Steerable over
South America, Southern Africa, Middle East,
Indian subcontinent, South East Asia, Western
Australia
PAYLOAD FOOTPRINTS
F1
F2
10SATELLITE OVERVIEW
DOWNLINK EIRP UPLINK G/T FREQUENCIES
53 dBW at beam center for fixed 51 dBW at beam
center for steerable 6 dB/K at beam center for
fixed beams 3 dB/K at beam center for steerable
beams Downlink 10.95-11.20 GHz
11.45-11.70 GHz 12.50-12.75 GHz Uplink
13.75-14.50 GHz
11LAUNCH and LEOP
- International Launch Services
- Signed November 2002
- ATLAS-V 401 Rocket
- 4m large payload fairing
- SSTO Characteristics
- 312 Km perigee
- 85000 Km apogee
- 17.06o inclination
- 179.5o argument
- perigee
12LAUNCH and LEOP
- Satellite Integration on ATLAS-V 401
- Packed in Toulouse
- Transported to Cape Canaveral
- February 2003
- Testing / Integration with Launch Vehicle
- Spring 2003
13LAUNCH and LEOP
- Launched on May 13th 2003
- At 011000 am Greece/Cyprus local time
14LAUNCH and LEOP
- Launch / Early Orbit Phase
- LEOP Activities from MMSC at
- EADS-ASTRIUM
- HELLAS SAT Personnel supported
- both launch and LEOP
15LAUNCH and LEOP
- Launch / Early Orbit Phase
- Liquid Apogee Engine Firings at Apogee
- And Perigee
- Drift Orbit and final geo acquisition
16LAUNCH and LEOP
17LAUNCH and LEOP
18OPERATIONS
- Interim Satellite Operations
- SES-ASTRA (Betzdorf, Luxembourg)
- Satellite Operations from HELLAS SAT
- 2 Ground Stations
- Greece
- Cyprus
19GROUND STATIONS
- Two Ground Stations
- Complete Redundancy
- Station Keeping / Satellite Operations
- Satellite Emergency Recovery
- Personnel
TM / TC / Localisation
Greece TTC and SCC
Cyprus TTC and SCC
Intersite Link
20FUTURE GROWTH
- Fleet of Satellites
- Plans for a second satellite
- Collocation at 39o East
- Research and Development
- Collaboration with local and international
Universities - Local and International Research programs
- Process for accession of Cyprus into ESA, Greece
already ESA member - EU FP6 programs
21CONCLUSIONS
- In just two years of existence
- Procure, Launch and Operate one of the most
powerful satellites in Europe - Achievement possible through
- Intense Work and Dedication
- Collaboration with multiple space organisations,
governments, companies and consultants from
around the world - Gains
- Financial, technological, commercial etc
- Prove that even the smallest of countries can
join the small and elite group of spacecraft
owners and satellite operators
22HELLAS SATThe birth of a new
satellite operatorHarry IordanouChristodoulos
ProtopapasSPACEOPS 200417-21 May 2004