24cc2a9638c516aca378e40e52e04ef9.ppt
- Количество слайдов: 46
INTRODUCTION TO CASC CHINA AEROSPACE SCIENCE AND TECHNOLOGY CORPORATION (CASC)
Contents Corporation Profile Business & Service International Development Perspective
Corporation Profile
History n Ministry of Aerospace (MOA): before 1993 n China Aerospace Corporation (CASC): 1993 -1999 n China Aerospace Science and Technology Corporation (CASC): since 1999 n Leading aerospace company in China
Turnover & Employee n Turnover: 2004:RMB 33. 0 Billion 2007:RMB 60. 6 Billion 2005:RMB 38. 9 Billion 2008: RMB 70. 0 Billion 2006:RMB 46. 9 Billion 2009:RMB 81. 5 Billion 2010: RMB 100. 0 Billion n Employee: 140, 000
Headquarters President Chief Supervisor Chief Financial Officer Vice Presidents Assistant to President、 General Law Counsel Science and Technology Committee Chief Engineer 、Chief Economist President Office Defense System Dept. Planning Dept. Space System Dept. Finance Dept. HR Dept. Market & Investment Dept. R&D Dept. Space Technology Application Dept. Quality & Tech. Dept. Law Affair Dept. International Cooperation Dept. Corporate Culture Dept. Logistics Dept. Audit Dept.
Organizational Structure China Academy of Launch Vehicle Technology (CALT) Academy of Aerospace Solid Propulsion Technology (AASPT) 8 Large R&D and Manufacture Complexes China Academy of Space Technology (CAST) Academy of Aerospace Liquid Propulsion Technology (AALPT) Sichuan Academy of Aerospace Technology (SAAT) Shanghai Academy of Spaceflight Technology (SAST) China Aerospace Electronics Technology (CAET) China Academy of Aerospace Aerodynamics (CAAA) China Satellite Communication Corporation (China Satcom) China Great Wall Industry Corporation (CGWIC) Aerospace Long-march International Trade Co. , Ltd. (ALIT) China Aerospace Engineering Consultation Center (CAECC) 11 Specialized Companies CASC China Centre for Resources Satellite Data and Application (CRESDA) Aerospace Science & Technology Finance Co. , Ltd. (ASTFC) Aerospace Capital Ltd. China Aerospace International Holdings Ltd. (CASIL) Beijing Shenzhou Aerospace Software Company Ltd. (BJSASC) Shenzhen Academy of Aerospace Technology (SAAT) Aerospace Times Real Estate Development Ltd. (ATRED) China Astronautics Publishing House Other Units Chinese Space News Chinese Society of Astronautics. . . Listed Companies Shanghai Aero. Auto. Electromechanical Co. , Ltd. China Aerospace Times Electronics Co. , Ltd. China Spacesat Co. , Ltd. Shanxi Aerospace Power Hi-tech Co. , Ltd. China Aerospace International Holdings Ltd. APT Satellite Holdings Ltd. (APSTAR) ……
Large R&D and Manufacture Complexes HQ CALT CATEC CAAA CAST Beijing AASPT SAST Xi’an Shanghai Chengdu SAAT AALPT
Eight Major Industrial Parks Inner Mongolia Beijing Tianjin Xi’an Shanghai Chengdu Shenzhen Hainan
Business & Service
Business Areas Spacecraft Launch Vehicles Satellite Operation Space MAJOR BUSINESSES Service Applications Energy & Materials Auto & Parts Special Space Technology Applications Software
Business Areas — Spacecraft Launch Vehicles Facilities
Long March Family of Launch Vehicles Ø 12 Types of Long March Launchers Developed since 1970 Ø Success Rate: about 94% Ø Launch Capability: 5, 500 kg (GTO) LM-4 B 1988 SSO 2, 800 kg (SSO) 9, 500 kg (LEO) LM-4 C 2007 SSO
Launch Vehicle - GTO: LM-3 A/LM-3 B/LM-3 C l 27 LM-3 A & LM-3 B flights l LM-3 A (2, 650 kg) § Success: 16/16 l LM-3 B (5, 500 kg) § Success: 10/11 l LM-3 C (3, 800 kg) § Success: 1/1 l Orbit Parameters § Hp=200 km, Ha=35786 km, i=28. 5 deg.
Launch Vehicle - Manned Space Flight: LM-2 F n. Shenzhou-1, launch on Nov. 20, 1999 n. Shenzhou-2, launch on Jan. 10, 2001 n. Shenzhou-3, launch on Mar. 25, 2002 n. Shenzhou-4, launch on Dec. 30, 2002 n. Shenzhou-5, launch on Oct. 15, 2003 n. Shenzhou-6, launch on Oct. 12, 2005 LM-2 F, Success: 8/8 7800 kg, H=340 km, i=43 deg. n. Shenzhou-7, launch on Sep. 25, 2008 n. Shenzhou-8, launch on Nov. 1, 2011
Spacecraft Telecom DFH 1, 2/A, 3, Chinasat 20, 22 Sinosat 4, 5 &6 Nig. Com. Sat 1 Remote Sensing Meteorological FY-1, FY-2, FY-3…. . CBERS 1, 2/B, ZY-2, HY-1, HJ-1 A, B…. . Venesat-1 Recoverable FSW-0, 1, 2, …. Navigation Compass-1 A, B, C, D Compass-2 Manned Spaceship SZ 1~8 Science Exploration SJ-1, 2…. TC 1, 2 Chang’e-1, 2
Spacecraft - Communications and Broadcast Satellites n Bus Types: DFH-3, DFH-3 A, DFH-4 n Output Power Ranges: 2000 w~10000 w n Service Life: 8 ~ 15 years Programs: l. DFH-2 l. DFH-3 l. Chinasat-20 l. Chinasat-22 l. Sinosat-3 l. Sinosat-4 l. Sinosat-5 l. Sinosat-6 … l. Nig. Com. Sat-1 l. Lao. Sat-1 l. Tupac Katari Satellite l. Vene. Sat-1 l. Pak. Sat-1 R l. Nig. Com. Sat-1 R
Spacecraft - Communications and Broadcast Satellites Nig. Com. Sat-1 n First commercial satellite foreign customers n Launched in May 2007. n Payload: 14 Ku + 4 C+8 Ka+2 L Venesat-1 n Contract signed with Venezuela n Launched in October 2008 n Payload: 14 C+12 Ku
Spacecraft - Remote Sensing Satellites Programs: l. CBERS 01 l. CBERS 02 l. HJ-1 A l. CBERS 02 B HY-1 l. HJ-1 B l. ZY-2 01 l…… l. ZY-2 02 l. ZY-2 03 Buses : n Phoenix Eye HJ-1 C n CAST 2000 n CAST MINI n…
Spacecraft - Remote Sensing Satellites Phoenix Eye Bus Total satellite mass Payload bearing capacity 1200~2200 W (EOL) Payload power 700~1700 W Designed lifetime l ZY-2 01 l ZY-2 02 l ZY-2 03 SSO Solar array output power l CBERS 01 l CBERS 02 B 500~1200 kg Orbit type Programs: 1500~3000 kg >4 years
Spacecraft - Remote Sensing Satellites CAST 2000 Bus Total satellite mass 600~1000 kg Payload bearing capacity 300~400 kg Orbit type LEO, MEO, GEO Solar array output power ≥ 1000 W(BOL) ≥ 900 W(EOL) Designed lifetime >3 years Programs: l SJ-5 l SJ-6 B (01, 02, 03, 04) l HY-1 l HJ-1 A, B l SY-2
Spacecraft - Meteorological Satellites Programs: n FY-1 SSO meteorological satellite l FY-1 A, B, C, D n FY-2 GEO meteorological satellite l FY-2 A, B, C, D, E n FY-3 New generation SSO meteorological satellite l FY-3 A FY-1 FY-2 FY-3
Spacecraft - Navigation Satellites n Compass-1 (Beidou Experimental System) - 4 satellites have been launched for regional services. n Compass-2 (Beidou Navigation Satellite System): 10 satellites launched. Programs: l Compass - 1 A, B, C, D l Compass - 2 M 1……
Spacecraft - Science & Exploration Satellites n National Lunar Mission n SJ series exploration satellites n Scientific cooperation with ESA (Cluster 2, ……) TC-1, 2 (Cluster-2) Programs: l. SJ-1 l. TC-1, 2(Cluster 2) l. SJ-2, 2 A, 2 B l. Chang’e-1, 2 l. SJ-4 l. SJ-5 (Lunar Mission) l. Space Solar Telescope l. SJ-6 l…… l-----Chang’e-1
Facilities Ø Area: 18, 000 m 2 Ø Cleanness: up to 100 k degree Ø Concurrent AIT for two LM-3 A launch vehicles Launch Vehicle Integration Hall
Facilities AIT Center (Beijing) n Founded in 1998 n Area: 690 km 2 n Largest AIT center in Asia n 1 st class AIT facilities & equipments n 20 satellites simultaneous AIT
Facilities Thermal/Vacuum test chamber DFH Small Sat. AIT Center The largest Small Sat. AIT center in the World n Satellite AIT Hall n EMC laboratory n Satellite electronic test room n Dynamic test lab n Thermal/Vacuum test chamber n Solar Array Generator Lab n Antenna Lab n Simulation Lab Satellite electronic test room
Business Areas — Applications Special Space Technology Satellite Application IT Products New Materials & Renewable Energy Applications Auto Parts & Special Vehicles Space Biological Products
Business Areas — Applications n Satellite Applications - Including satellite communication, satellite navigation, satellite remote sensing, and satellite system integration. 、 Diagram of Satellite Communication Broadcasting Service Meteorological Image by FY-3 Satellite Remote Sensing Satellite Testing by Chinese and Brazilian Engineers
Business Areas — Applications n IT Products - Including products of microelectronics, software, sensors, electromechanical components, computer system, and inertial system. Enterprise Collaboration and Management System Microelectronics Test Chips
Business Areas — Applications n Renewable Energy Wind Power n Space Biological Products Solar Power n. CASC DIRECTWIND 900 KW n. Certified by TUV, UL, etc n. CASC DIRECTWIND 1. 5 MW n 21 Patents n. CASC DIRECTWIND 2 MW n. Wind strength as 2400 Pa n n 3 -5 MW Permanent Magnet Direct The output power ≥ 80% (over 20 year usage) -wind under development Enzyme Q 10
Business Areas — Service
Satellite Operation Services CASC, the sole telecommunication satellite operator in the mainland, China – Chinasatcom n. Subsidiary of CASC n 8 satellites in orbit – APT n. CASC holds 4/7 shares of APT n 5 satellites in orbit
International Development
International Development – CBERS n In cooperation with Brazil n CBERS-1 (1999) n CBERS-2 (2003) n CBERS-2 B (2007) n Follow-up
International Development – Remote Sensing Application n Donated a ground receiving system to South Africa n Free data shared by Southern African Development Community
International Development – Remote Sensing Application n HJ-1 B Image of the forest fire in Australia on Feb. 24, 2009 n Built a ground station receiving HJ-1 satellite data in Thailand
International Development–Telecom Satellite Export n Bus Type: DFH-4 n Output power: 10000 W n Service life: 15 years Programs: l. Nig. Com. Sat-1 l. Vene. Sat-1 l. Pak. Sat-1 R l. Nig. Com. Sat-1 R l. Lao. Sat-1 l. Tupac Katari Satellite ……
International Development – Launch Service n First commercial launch: April 1990, Asiasat-1 (Hughes 376) n By the end of 2009, 36 Foreign satellites launched: n Customers:
International Development – Ground Facility Export Thermal Vacuum Environment Simulation Chamber & Filter
International Development – Spin-off Products n Automotive products: Delphi Automotive System Corporation n Wind power: Acciona, EWT n Solar power: Russian Design and Research Institute of Rare Metals n Italy, etc.
Perspective
Perspective COMPASS Program for Navigation Ø To build up a 12 -satellite regional navigation and positioning system by 2012. Ø To further expand it into a global satellite navigation and positioning system comprising 30 satellites in different orbits by 2020. COMPASS
Perspective Achieve spacecraft rendezvous & docking in 2011, and launch space lab later Space Rendezvous & Docking Space Lab.
Perspective Implement Phases II and III of the Lunar Exploration Program: ØTo launch a lunar rover to realize lunar soft landing ØTo achieve lunar sample return back to Earth Phase II: Lunar Landing Phase III: Lunar Sample Return
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