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2000 | Buch

Public Technology Procurement and Innovation

herausgegeben von: Charles Edquist, Leif Hommen, Lena Tsipouri

Verlag: Springer US

Buchreihe : Economics of Science, Technology and Innovation

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Über dieses Buch

Public Technology Procurement and Innovation studies public technology procurement as an instrument of innovation policy. In the past few years, public technology procurement has been a relatively neglected topic in the theoretical and research literature on the economics of innovation. Similarly, preoccupation with `supply-side' measures has led policy-makers to avoid making very extensive use of this important `demand-side' instrument. These trends have been especially pronounced in the European Union. There, as this book will argue, existing legislation governing public procurement presents obstacles to the use of public technology procurement as a means of stimulating and supporting technological innovation. Recently, however, there has been a gradual re-awakening of practical interest in such measures among policy-makers in the EU and elsewhere. For these and other related measures, this volume aims to contribute to a serious reconsideration of public technology procurement from the complementary standpoints of innovation theory and innovation policy.

Inhaltsverzeichnis

Frontmatter
Introduction
Abstract
In this volume we discuss theory, evidence, and policy perspectives concerning the use of public technology procurement as an instrument of innovation policy. Public technology procurement (as defined in Chapter 1, part 1), occurs when a public agency places an order for a product or system that does not yet exist, requiring technological innovation for the order to be met.
C. Edquist, L. Hommen, L. Tsipouri
1. Public Technology Procurement and Innovation Theory
Abstract
Public technology procurement (PTP) occurs when a public agency places an order for a product or system which does not exist at the time, but which could (probably) be developed within a reasonable period. Additional or new technological development work is required to fulfil the demands of the buyer. This is the ‘ideal type’ of public technology procurement.
C. Edquist, L. Hommen
Overview of Case Studies
Abstract
Part II of this volume, because of both its size (by far the greatest part of this book) and the central importance to our work of empirical evidence, merits its own introduction. We provide this in the form of the present Overview of Case Studies.
C. Edquist, L. Hommen, L. Tsipouri
2. Public Technology Procurement in Sweden: The X2000 High Speed Train
Abstract
This chapter describes and analyses the development of Sweden’s high-speed train (HST), the X2000, as a case of public technology procurement. The case study is based mainly on primary data collected in recent (1997) interviews with some of the main actors involved in the procurement process, but it also draws upon relevant secondary sources. The analysis employs evaluative criteria defined from the standpoint of public policy (as elaborated below) and develops a critical perspective on the case that leads to more general policy implications.
C. Edquist, P. Hammarqvist, L. Hommen
3. Procuring Products and Power: Developing International Competitiveness in Swedish Electrotechnology and Electric Power
Abstract
Competitiveness comes in mysterious ways. Today, the Swedish state, through its power utility, Vattenfall, is a competitor on the European power market and the private Swedish-Swiss firm, ASEA Brown Boveri (ABB), is one of the major international electro-technical manufacturers. The aim of this study is to investigate the development of one of the tools behind this competitiveness of the Swedish state and industry. The tool in question was the High Voltage Direct Current (HVDC) transmission technology..1
M. Fridlund
4. A Case Study of the Swedish Public Technology Procurement Project “The Computer in the School” (Compis), 1981–1988
Abstract
The object of this study is to describe and analyse the Swedish public technology procurement project Compis (Computer in School) aiming to develop a Swedish school computer, from 1981, when the Swedish government decided to sponsor the project, until production of the computer was discontinued in 1988.1 The Compis project was a public technology procurement project proper: a government agency, The Swedish Board for Technical Development (Styrelsen for teknisk utveckling), formulated a functional specification of requirements for a product, personal computers for use in schools, which did not exist at the time (1981). After this the Board formally invited bidders, placed an order and signed a contract with the bidder judged most favourably. Since additional or new technological development work was required to fulfil the demands of the buyer, the Compis project was an “ideal type” of public technology procurement project. Moreover, since new products were supposed to be created, it was a creation-oriented project and therefore a developmental public technology procurement.
T. Kaiserfeld
5. Switching Relations and Trajectories: The Development Procurement of the Axe Swedish Switching Technology
Abstract
The case study treats the Swedish Public Technology Procurement of the AXE telephone switch, 1954-1980. This electronic computerised switching system was developed by the semi-public company, Ellemtel, for the public telephone utility, Swedish Telecommunications Administration (STA), and the private manufacturer, LM Ericsson (LME). As an introduction to the institutional framework, a short outline is given of the Swedish telecommunications system, including key organisations and centrally important formal and informal relations. Following this, the main events preceding and following the AXE procurement are described.
M. Fridlund
6. Industrial Transformation through Public Technology Procurement? The Case of Nokia and the Finnish Telecommunications Industry
Abstract
In Finland it seems fair to say that the practice of technology policy has been dominated by a science and technology push-oriented approach whereby the primary mode of support to industry has been R&D subsidies and loans granted by such agencies as the Ministry of Trade and Industry, the Technology Development Centre of Finland (Tekes), and the Finnish National Fund for Research and Development (Sitra). Following a period of a quantitative increase of funding in 1970s it was proposed, in the early 1980s, that major projects should be initiated in key areas of technological development. This proposal led to the introduction of a technology programme procedure, commissioned by Tekes. In the 1990s the emphasis has been on regional initiatives, such as centres of excellence and technology parks, as well as Finnish participation in the EU’s research policy. (Lemola, 1994). Despite increasing diversity in approaches to the practice of technology policy, however, demand-oriented policies, such as public technology procurement, have received less attention.
C. Palmberg
7. Public Technology Procurement: The Case of Digital Switching Systems in France
Abstract
In this chapter we will study the role of Public Technology Procurement (PTP) in the telecommunication industry in France. The case study outlined is the development of the E10 system. The period covered is from the 50s to the 80s. In section 1, the French national system of innovation will be briefly described and the institutional and legis­lative framework for procurement, as well as the industrial structure of the telecom­munication sector, will be presented. Section 2 will introduce the evolution of the gov­ernment policy interventions in this industry and section 3 will focus more precisely on the case of the evolution of the digital switching system, studying the specific role of PTP and of other policy instruments. In the last section, we will try to assess some of the societal and industrial results (section 4).
P. Llerena, M. Matt, S. Trenti
8. Public Technology Procurement: the Case of Digital Switching Systems in Italy
Abstract
The aim of this chapter is to study the role of Public Technology Procurement (PTP) in the telecommunication industry in Italy. The analysis focuses on the evolution of the digital switching system. The case study outlined is the development of the Proteo/Linea UT family. The period covered is from the 60s to the end of the 80s. In section 1, the Italian national system of innovation will be briefly described and the institutional and legislative framework for procurement and the industrial structure of the telecommunication sectors will be presented. Section 2 will introduce the evolution of the government policy interventions in this industry and section 3 will focus more precisely on the evolution of the digital switching system case, studying the specific role of PTP and other policy instruments. In the last section, we will try to assess some of the societal and industrial results.
P. Llerena, M. Matt, S. Trenti
9. Public Technology Procurement: The Case of Digital Switching Systems in Greece
Abstract
Greece is one of the less favoured member states of the European Union. After a period of very high industrial growth in the ‘60s and early ’70s and two decades of economic stagnation accompanied in many cases by de-industrialisation, Greece saw its competitiveness eroding and trust relations among major actors in economic life deteriorating. Economic recovery did not start until 1996, and was based on strict macroeconomic policies to cope with the Maastricht criteria.
L. Tsipouri
10. On Implementing the Austrian Computerised Digital Switching System (OES)
Abstract
The present study describes the introduction of the Austrian digital switching system, OES, and evaluates the technological, economical, and societal effects of this step. The system has been procured by the public Austrian telecom providerÖsterreichische Post-und Telegraphenverwaltung(ÖPTV), and is thus an example of public technology procurement.
M. Husz
11. Analysis, Findings and Conclusions
Abstract
In the Overview beginning Part II of this book, we discussed our selection of cases in relation to theory, concepts, and policies. We also discussed making analytical generalisations from a theoretically based sample of comparable cases. Now, after reviewing relevant theoretical, conceptual and policy issues in Part I of this book, and presenting a series of empirical case studies in Part II, we turn to a comparative analysis of the case studies. As discussed in our Introduction, our analysis is theoretically informed, and its object is to produce analytical generalisations. These will later provide the basis for developing policy implications.
C. Edquist, L. Hommen, L. Tsipouri
12. Policy Implications
Abstract
Our investigation and analysis of public technology procurement has demonstrated that, as argued in Chapter 1 of this book, it is a concept with salient features. These distinguish it from other types of public procurement. With this particular type of procurement, policy makers are faced with new challenges. The reasons pursuing for public technology procurement, and consequently its processes and rules, are different from those of the usual, off-the-shelf, or ‘regular’, public procurement. Rules and procedures for conducting the latter kind of procurement are by now well tested and internationally established. But public technology procurement, as procurement under uncertainty, runs the risk of failing to meet the initial milestones set for it. In particular, the chances of total failure are often much higher than the average decision maker in the public service would be willing to bear. Generally, utility managers and the public service are risk-averse. They therefore tend to disregard the likelihood of potential above-average (or even spectacular) returns, which can be realised in the form of social and economic benefits from the rapid introduction of technological change and its ‘spillover’ effects.
C. Edquist, L. Hommen, L. Tsipouri
Backmatter
Metadaten
Titel
Public Technology Procurement and Innovation
herausgegeben von
Charles Edquist
Leif Hommen
Lena Tsipouri
Copyright-Jahr
2000
Verlag
Springer US
Electronic ISBN
978-1-4615-4611-5
Print ISBN
978-1-4613-7084-0
DOI
https://doi.org/10.1007/978-1-4615-4611-5