Defense Green Technology of KOREA

Transcription

1 Defense Green Technology of KOREA March 18th 2010 Dr. In Woo Kim Agency for Defense Development 1

2 Contents

3 Introduction of ADD

4 Mission To Research, Develop, Test and Evaluate Weapon systems, Equipments, and Related Technologies to Reinforce Defense Capability for Self- reliant National Defense. 4

5 Organization Board of Trustees Directorates / Admin Support Dual-Use Tech Training & Edu. E-information Joint M&S President Executive V.P. Auditor Systems Dev. (13Programs, 2Divisions) 1 st R&D Institute 2 nd R&D Institute 3rd R&D Institute 4 th R&D Institute 5 th R&D Institute 6 th R&D Institute 7 th R&D Institute Defense System Test Center 5

6 Resources Laboratories : 56 labs EMI/EMC Underwater acoustic Proving Grounds : 4 sites Wind Tunnel Changwon Darakdae An-Heung 6

7 1. Green Growth

8 Environmental crisis and Resource shortage The end of oil-era - Oil production is already at its max - In 2050 able to supply 3 billion people Dr. Campbell, Peak Oil - A Turning Point for Mankind EVS24, May 2009 World Discovery of oil Clear evidence of global warming - In the 21C,6.4temp. rise, 59cm sea level rise compared to industrial revolution - When temp. rises 1.5~2.5, 20~30% species extinct IPCC 4 th special report, 2007 ( IPCC : Inter-governmental Panel on Climate Change ) World average temperature 8

9 Foreign Policies of Green Growth 9

10 10

11 Green Korea '10~ '50 Plan World 5 th Green Pioneer country Green Tech & Industrial power Green Technology Increasing Exports Creating Green jobs Secure new growth engine A world s 7 th green growth leading country Supporting to developing country in Asia Improving nation s image Infrastructure for green growth Establishment infrastructure using green growth national industries

12 2. Defense Green Technology

13 Defense Green Growth Definition Green growth in the field of defense based on green technology and clean energy to build up military strength Characteristics 13

14 Why Defense Green Growth? Energy security 450 < Military Per Capita Fuel Consumption > Liter/soldier/day Vietnam War Desert Storm Iraq War Worst Case Region of projected fuel consumption Best Case Year Future Wars (?) Green technology for future wars Fuel cell Hybrid electric propulsion platform High efficient aircraft platform. Report of the Defense Science Board Task Force on DoD Energy Strategy (2007, US) 14

15 3. Strategy for Defense Green Technology

16 Low CO2, Green Growth Preparation for post oil-era Development of GT leading national green growth Track 1 Track 2 Track 3 Barrack & Green energy Low carbon platform using clean energy 16 Operating & Training based on M&S

17 Wind & solar power system for DMZ * Wind power for ground vehicles Insulated barrack Defense green acquisition Green infrastructure Green barrack linking green new deal Track 1 Collapsible solar power module Fuel cell for submarine Dome facilities Fuel-cell for vehicles Piezoelectric & thermoelectric elements for soldiers Integrated power source Portable solar-cell system * DMZ : demilitarized zone

18 New energy submarine UAV for endurance flight Pulsed detonation engine Fuel cell UAV Weapon development linking GT Hybrid/fuel-cell fighting vehicle Electric ship propulsion system Aircraft using clean energy Track 2 Solarpowered robot Hybrid fighting vehicle platform Electric ship propulsion system New energy battle ship Synthetic fuel Hybrid fighting vehicle Congeneration for vehicles UAV using green energy

19 Flight of guided missile Integrated force simulation Naval gun Air force simulation Maximization an effect of training & operating Training infrastructure based on M&S Green power management Naval force simulation Track 3 Submarine in peace time IT-based battle lab 3D Ground force simulation Helicopter Army Battle Lab Navy Battle Lab Air Force Battle Lab Fighter aircraft Integrated Battle Lab

20 4. Hybrid Electric Combat Vehicles

21 Merits of Hybrid Electric Combat Vehicles Power Supply Survivability Communication Drive High power Laser, EM Armor Barrack, future soldiers Reduce noise Reduce infrared Small, simple platform Mobility Increase performance Increase cruising range Reduce greenhouse gases 21

22 Core Parts of HECV Cooling System Power Propulsion System Energy Power Storage Electronic System System Engine or Fuel-Cell System Control, Assessment HILS Controller Structure/Armor Open Architecture Armor Powertrain Driving System Suspension Steering System CTIS/Run-flat HILS : Hardware-In-the-Loop Simulation CTIS : Central Tire Inflation System 22

23 Hybrid Operating Software Mission profile Electric motor model Terrain profile Control algorithm Battery model Transmission model Vehicle dynamic model Driver Engine model 23

24 5. Conclusion

25 25

26 Thank you