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개회사 / 임철호(내용없음) 2
축사 / 이상민(내용없음) 2
축사 / 신용현(내용없음) 2
Industrialization of Space Technology and Space Based Solar Power Generation / 김승조 3
Birth of Hugh Space industry 4
Buckle up for Space Age 2.0: It's a $3 trillion ride! 5
1Q 2018 space startup investment by sector (From Forbes) 6
Space startup investment since 2009 7
The Bigelow Expandable Activity Module (BEAM) 8
NewSpace Stories in the News 9
The most exciting New Space Startup in 2019? 10
Space Venture Companies - a bit old companies 12
SpaceX - Rocket Development and Mars Travel 13
Virgin Galactic's Space Tourism 14
Blue Origin Founded by Jeff Bezos (Amazon Chairman) 15
Space Mining, Asteroid Mining 16
Luxembourg, SpaceResources 17
Demand for Small Launcher and Venture Start-up 18
To Launch Market with NURI Test Rocket 19
Space Solar Power Generation 20
What is the Space-based Solar Power System? 21
Wireless Power Transfer and Ground Rectenna System 24
Related Technologies and Economic Feasibilities 27
Conclusion 37
Recent SPS Activities in China / Xinbin Hou ; Li Wang 40
China Academy of Space Technology(CAST) 41
Brief resume 42
1. Background 43
Origin of SPS 44
A brief history of SPS activities in China 45
Recommended roadmap on SPS 46
Various SPS Concepts 47
Multi-Rotary joints SPS (MR-SPS),2015 48
Configuration(1GW) 49
2. Recent SPS activities in China 52
2.1. Some important events 53
2.2. Some important conferences 57
2.3. Important international activities 60
2.4. Some important research projects 61
3. A Pilot MW SPS system 62
Mission object 63
Energy transmission stages 64
Configuration 66
3.2. Important sub-systems 67
3.3. System Specification 74
3.4. Transportation and system construction 75
4. A High Power Electric Generation and WPT Demonstration mission 77
4.1. Demonstration mission overview 78
4.2. Preliminary parameters analysis 82
4.3. Design of the experiment satellites 89
4.4. Mission operation process 93
5. Conclusion 94
R&D Activities at JAXA on Space Solar Power System (SSPS) / YOSHIAKI OHKAMI 98
Evolution of SSPS Research Works at JAXA 99
Architecture of SSPS Related Technologies 100
SSPS Position of National Policy 101
R&D Roadmap by Ministry of Economy, Trade and Industry 102
Roadmap Image for M-SSPS (Microwave) 103
Roadmap Image for L-SSPS (Laser) 104
Roadmap Image for Large Space Structure 105
SSPS Team in JAXA's Organization 106
Missions of the Advisory Committee 107
Medium-Term Plan (2018~2025) 108
Research Strategy and Short-term Goals 109
Microwave Power Transfer by Stratospheric Platform 110
First Step of Microwave Power Transmission 111
Demostration of Laser Power Transmission (L-WPT) 112
Large Space Structure Technology Demonstration 113
The Concept of Korean SSPS (Draft) / 문귀원 ; 장성수 ; 최준민 118
Vision of SSPS(Space Solar Power Satellite) 119
Concept of Korean SSPS (Draft) 120
Korean SSPS Development Strategy 121
Concentration Concept for SSPS 122
Roll-Out Solar Array (ROSA) 123
Roll-Out Solar Array Deployment at ISS (NASA) 124
Korean SSPS Development Strategy 125
Transportation to LEO and Assembly at LEO 126
Concept of Square Transmission Antenna Deployment 127
Transfer to GEO and Full Deployment at GEO 128
Space Test for Wireless Power Transmission by Small or Cube Satellites (Proposed) 129
Space Solar Cell Development in Korea (KIER; 한국에너지기술연구원, KRICT; 한국화학연구원) 130
Space Power Management System Development in Korea (KARI; 한국항공우주연구원) 132
Microwave Power Transmission Development in Korea (KERI; 한국전기연구원) 133
Interface for Power Management System and MPT in Korea (KARI;한국항공우주연구원 + KERI; 한국전기연구원) 134
Summary 135
R&D of Wireless Power Transfer via Microwaves / 이상화 136
WPT Technology Overview 138
On-going Proiect of KERI 144
Recent R&D Contents of KERI 149
Conclusion 158
CASSIOPEIA SOLAR POWER SATELLITE / IAN CASH 160
PART 1 : INTRODUCTION AND BACKGROUND 160
CASSIOPEIA DETAIL 194
CASSIOPEIA PROGRESS 230
PART 2 : DETAIL AND PROGRESS 192
Conversion Modules for Space Solar / Paul Jaffe 238
Overview 239
Motivation 240
What is Space Solar? 241
Space Solar Benefits 242
Space Solar Challenges 243
Critical Space Solar Questions 244
4 Key Developments 246
Important Things To Realize 247
Many Concepts... 248
Assessing Proposed Space Solar Architectures 249
Functions a Solar Power Satellite Must Perform 251
Subsystems of a Solar Power Satellite System 252
System Blocks and Estimated Efficiencies 253
Modular Architectures 254
The "Sandwich" Module 255
Other Sandwich Module Efforts 256
Objectives of NRL Effort 257
Figures of Merit (FOMs) for Sandwich Modules 258
Summary of the Thermal Challenge Using Idealized Efficiency Figures 259
Using a "Tile" Sandwich Module 260
Using a "Step" Sandwich Module 261
Simulation Shows Step Module Max Temp Runs ~60° Cooler at 3 Suns vs. Tile Module 262
Tile Sandwich Module Layer Implementations 263
Power and RF Electronics on Tile Module Baseplate After Thermal Feature Installation 264
Integrated Tile Module with Antenna Mockup 265
Tile Module Illumination Testing - Electronics Powered by Solar Array 266
Tile Module Solar Array & Power and RF Electronics Testing 267
Step Sandwich Module Layer Implementations 268
Integrated Step Module with Antenna Mockup 269
Step Module Solar Array & Power and RF Electronics Testing 270
Testing Apparatus - Tile Module Configuration 271
Naval Research Laboratory Sandwich Modules 272
Conclusion 273
Areas for Development & Collaboration 274
Power Beaming Technology Development / Paul Jaffe 276
What is Power Beaming, and Why Use It? 277
Power Beaming Block Diagram 278
An Arbitrary Human-Scale Definition of "Power Beaming" 279
This Rules Out (Typically) ... 280
Figures of Merit for Operational Power Beaming Systems 281
Electromagnetic Spectrum Regions of Interest for Power Beaming 282
Power Beaming Technologies 283
Selected Laser Power Beaming Demonstrations 284
Selected Microwave Power Beaming Demonstrations 285
Power Beaming University Research 286
Power Beaming Applications 287
Power Beaming for Consumer Electronics 288
Power Beaming for Drones? 289
Power Beaming Applications: Autonomous and Remotely Operated Systems 290
Example Platform: High Altitude, Long Endurance UAV 291
Power Beaming Applications: Forward Power Distribution Network 292
NRL Laser Power Beaming Demonstration 293
PowerLight Quadcopter Demo 294
PowerLigit Fixed Wing UAV Demo 295
Power TRansmitted Over Laser (PTROL) 296
PTROL Demo Schedule 297
Key Concluding Points 299
Backup 301
Recent R&D and Commercialization of Microwave Power Transfer in Japan and in the World / Naoki Shinohara 309
Recent R&D for SPS in Japan (Microwave) 311
Recent R&D and Commercialization of Microwave Power Transfer in Japan 321
Recent R&D and Commercialization of Microwave Power Transfer in the World 329
Summary 338
[뒷표지] 341
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