China Aerospace Science & Technology Corporation April 19, 2006

China Aerospace Science & Technology Corporation

April 19, 2006

China Space TechnologyChina Space Technology－－ International Cooperation Platform fInternational Cooperation Platform for Scientific Research & Applicationor Scientific Research & Application

Outline

I. Technology Capability of China Space

II. Scientific Application and International Cooperation of Space Technology

III. Analysis of Approaches of International Cooperation

IV. Conclusion

Technology Capability of China Space

1. Launch Vehicles

2. Satellites

3. Manned Spaceship

4. Lunar Exploration

5. Facilities

CASC developed 11 types of Long March launch vehicles, 7 types in use with LEO up to 9200kg & GTO up to 5100kg. 88 launches completed with 46 consecutive successes since Oct. 1996.24 International launches performed with 30 satellites and 6 piggyback payloads.

Launch Vehicles 　Technology Capability of China Space

As of Oct. 12, 2005



LM-2CLEO Cap.: 4000kgOverall Length: 40mDiameter of 1st or 2nd stage: 3.35mMax. Diameter of Fairing: 3.35mLift-off Mass: 233t

LM-2DLEO Cap.: 4040kgOverall Length : 39.5mDiameter of 1st or 2nd stage : 3.35mMax. Diameter of Fairing : 2.9mLift-off Mass : 243t

LM-4BSSO Cap.: 2700kgOverall Length : 45.8mDiameter of 1st or 2nd stage : 3.35mMax. Diameter of Fairing : 3.8mLift-off Mass : 249t

LM-2FLEO Capacity ： 9800kg（ Orbit Inc.: 43o; Hp= 200km ; Ha= 350km. ）Overall Length : 58.34mDiameter of 1st or 2nd stage : 3.35mMax Diameter of Fairing : 3.8mLift-off Mass : 490t


LM-3BGTO Cap.: 5100kg (Orbit Inc.: 28.5o; Hp=200km; Ha=36000km.)Overall Length : 54.84mDiameter of 1st or 2nd stage : 3.35mDiameter of 3rd satge: 3mLift-off Mass : 426t

Non-toxic, Non-pollution, High reliability & Low Cost, Flexible & Safe ; Generalization, Seriation & Modularization; LEO capacity: up to 25t GTO capacity: up to 14t


•

New Generation LVs


1. Launch Vehicles

2. Satellites

3. Manned Spaceship


5. Facilities

Satellites


Developed various satellites such as telecommunication satellites, navigation satellites, earth resource satellites, meteorological satellites, recoverable satellites and scientific satellites, etc. 8 types of satellite platform series developed and 70+ various domestic spacecrafts launched. Nigcomsat-1 Satellite, Venesat-1 IOD contracts for international users (LV, SV, Ground Equipment, etc.)

DFH-4 Satellite Bus

Telecommunication Satellites


Service life : 15 years Two solar array may provide 10.5

KW DC power (EOL) Payload mass ≤800kg Launch weight : 5.1T Vehicle: Good compatibility with

LM-3B Under manufacture: 5 satellites

Navigation Satellites


Satellite navigation system may provide regional navigation and positioning services for transportation of highway, railway and sea, etc. on all-weather & all-time basis.

FY-1FY-1 FY-3FY-3 FY-2FY-2

Meteorological Satellites


FY-1: The 1st generation SSO meteorological satellite, 1st satellite launched in 1988, 4 satellites launched; FY-2: The 1st generation GSO meteorological satellite, 1st satellite launched in 1997， 3 satellites launches； FY-3: New generational Polar Orbit meteorological satellite, under development.

CAST968 Bus

Small Satellite Bus

CAST2000 Bus CAST-mini Bus


Successfully developed 3 small-satellite flexible buses, CAST968, CAST2000, CAST-mini, which have been successfully applied in 6 launched small satellites. So far, more than 10 satellite projects are under development.


1. Launch Vehicles

2. Satellites

3. Manned Spaceship


5. Facilities

Manned SpaceshipShenzhou-5 Manned Spaceship

Launch Date: Oct. 15, 2003

Number of Crew Member: One

Flight Duration: 21:24’

Shenzhou-6 manned spaceship

Launched Date: Oct. 12, 2005

Number of Crew Members: Two

Flight Duration: 115:32’



1. Launch Vehicles

2. Satellites

3. Manned Spaceship


5. Facilities

There are 3 phases of Chang’e Project namely Circumlunar Orbiting, Landing on the Moon and Returning to the Earth;

Phase 1 of Chang’e Project was composed of five systems: Moon exploration satellite, launch vehicle, launch site, TT&C,

ground application;

CASC is responsible to develop Chang’e satellite and LM-3A launch vehicle.


Lunar Exploration (Chang’e Project)


1. Launch Vehicles

2. Satellites

3. Manned Spaceship


5. Facilities

CASC owns the state-of-art space development facilities

and our numerous R&D bases spread all over China.

Facilities


Outline




IV. Conclusion

Scientific Application & Int’l Cooperation of Space Technology

SJ-5

Applications

Customer

SJ-5 is the first modern small scientific satellite based on general bus ( CAST 968 ).

SJ-5 was successfully launched on May 10th, 1999.

The main purpose is to study space radiation environment and single particle effect and its countermeasures Space liquid scientific experiment

China Academy of Science

Space Environment Monitoring

China Academy of Science, ESA

Application ：

Customers ：


Double-Star Plan Double-Star project mainly studies the magnetic storm triggered by the solar activities and the interplanetary disturbances and the physical process of disasterous geospace weather, then further more set up the physical model of magnetic storm, dynamic model and forecast model of geospace environment.

The successful launches of TC-1 and TC-2 in 2003 & 2004 led to a new era of Chinese and European space research cooperation.

HY-1

Ocean Color Inspection China National Ocean Administration

Application

Customer


HY-1 is the first Chinese satellite for observation of ocean color and relative elements.


SST is a space science program proposed by China Academy of Science (CAS). It will promote Chinese remote sensing technology and space science.

Solar Space Telescope (SST)


Disaster Reduction Committee & State Environment Protection Administration of China

Application ：

Customer ：

Disaster & Environment Monitoring & Forecast Satellite Constellation (HJ-1A/B; HJ-1C)

Disaster & Environment Monitoring & Forecast

By utilizing satellite remote sensing technology, the constellation is to receive information about disaster and environment, to timely and fully master the occurrence, development and evolution process of natural disaster and environment pollution. Therefore to provide scientific decision-making basis for preventing and reducing the losses caused by environment and calamity damage, and eventually to improve capability of disaster reduction & environment protection.

CBERS (Cooperation b/t Developing Countries)

CBERS-1/01 & CBERS-1/02 launched in 1999 and 2003 respectively; China & Brazil government signed an Agreement on CBERS-1/02B satellite in 2004; In addition, China & Brazil government signed an Agreement for CBERS-1/03 & 04 satellites.


Recoverable Scientific Experimental Satellite & Piggyback Payload Service


In 1987, China provided piggybac

k services for controlled life suppo

rt system and micro-gravity measu

ring instruments for Matra Maconi

by using Chinese recoverable scie

ntific test satellite.


CASC’s Participation

in European Galileo

program has further

expanded the

cooperation scope.

+


AeroThales, the joint venture bet

ween China Spacesat and Thales

provides ground transportation n

avigation and services, it has ma

de a substantial step in satellite n

avigation application industry.


CASC set up its representative office in Europe in February 2003. The CASC-European cooperation will be increasingly developed in depth through this bridgehead.

Outline




IV. Conclusion

International Marketing

Cooperation Approach 1: Joint Manufacturing Chinese

Satellite Bus

+Foreign Payload

Analysis of Int’l Cooperation Approaches

Cooperation Approach 2: Joint Venture Development

Vehicular unit InstallationNetwork

communicationData

integrationUser

application

Paging center service


Technical R&D

Cooperation approach 3: Jointly Constructing Industry R&D Base

New sounding rocket


Cooperation Approach 4: Technical Innovation

Space breeding, space biology, new energy and new materials


Cooperation Approach 5: Education & Training

Management & Business Training Academic Training


Cooperation approach 6: Data Sharing

Data sharing in areas such as meteorology, earth resources & ocean remote sensing.


Outline




IV. Conclusion

Conclusions

CASC owns the technical capability for the development of launch vehicles, satellites and other space products. It has made fruitful achievements on domestic and international scientific application programs; We welcome experts and scientists from international space industry and research organizations to China for potential cooperation; CASC would like to take any opportunity to provide scientific and research platform for scientists in the world by Chinese space technology.

Thank you!Thank you!

Documents

China Aerospace Science & Technology Corporation April 19, 2006