The Implementation of a Public-Private
Partnership for Galileo:
Comparison of Galileo and Skynet 5 with other Projects

Dr. Xavier Bertrán, and Alexis Vidal


ABSTRACT

Galileo, Europe’s global navigation satellite system, represents a major public infrastructure offering numerous advantages for civilian users worldwide. The public dimension combined with the significant growth of the satellite navigation markets prompted the European Union to choose a Public-Private Partnership (PPP) scheme for the deployment and operational phases of the Galileo program. After a short introduction on the fundamentals of PPP schemes, both Galileo and Skynet 5 programs are compared to other large scale PPP projects, mainly in the transport sector. It clearly appears that a strong cooperation between the public sector and industry is needed for PPPs in the space sector. The present work attempts to provide a view of the Galileo PPP from an industrial perspective and to discuss the main critical issues of its implementation: risk allocation, finance, regulatory framework and other related issues. Technical and business complexity is the key driver which determines financial aspects and risk allocation. Therefore PPPs in the space sector show unique features in comparison with other sectors. If PPPs appear to be a complicated procurement scheme to their detractors, experience shows that behind the acronym lies a concrete collaborative work which demonstrates how the public sector and industry (private) can together achieve both market and policy success. The Galileo and Skynet 5 programs do - and will - face issues in many areas. No doubt they also provide positive experiences to be transferred to future space projects and the increasing popularity of PPPs as innovative financing schemes.

Reprinted with permission from The Institute of Navigation (ION.org) and The Proceedings of the 18th International Technical Meeting of the Satellite Division of The Institute of Navigation, (pp. 390-399). Fairfax, VA: The Institute of Navigation.

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Issue No. 9

Winter 2006

Global Navigation Satellite System

General Editor Introduction
From the Guest Editors
Growth and Expansion
  GNSS Regulation: Australia
  GPS Augmentation: India
  Operating EGNOS: Europe
  Next Generation GPS: United States
  Polar Air Traffic Control
  GALILEO and Skynet-5
  Using GLONASS
Ground Applications
  Navigation for Pedestrians
  Precise Urban Positioning
  Deflection Monitoring
  The DARPA Challenge
  Intelligent Vehicle
  Navigation Errors
Air Applications
  Aviation Navigation
  Helicopter Landing System
  The GIANT Project
Water Application
  Marine Environment
  Hydrographic Survey
  Marine Applications
Space Applications
  Sensing from Space
  Geosynchronous Satellite
Local Applications
  Galileo in Bavaria
  Moving Map
Future Directions and Research
  EGNOS Networks
  Surface Wave Information
  Receiver Performance
  National Geodetic Survey
Critical Perspectives
  GPS and Galileo
  New U.S. GPS Policy
  For other issues, clik here.  
 
 
 
 

 

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