Procuring NGA infrastructure: The performance of EMAT auctions in Italy
Introduction
The slow and difficult transition to next generation access (henceforth, NGA) broadband of most European countries has been pointed out early on, together with its common causes, including market and policy failures (Briglauer & Gugler, 2013). Italy stands out in the group of the laggard EU member States: its market registered a delayed roll-out of networks – initially with first-generation broadband, then with NGA (Bourreau et al., 2010; Nucciarelli et al., 2013; Matteucci, 2014, 2019; Quaglione et al., 2020). Moreover, the supply-side deficit was aggravated by the unsatisfactory rate of broadband subscriptions.
Since 2015, the Italian policy-maker undertook a new type of “vertical” industrial policies to solve the NGA market failures, and the project was labelled as the “ultrabroadband strategy” (PCM, 2015a; 2015b). Following the taxonomy of Falch and Henten (2018), such a strategy matches the case of “broadband developmental” policies, and those improving infrastructural competition. The ultrabroadband strategy was not the first initiative. In fact, the very first public plan for NGA was formally issued by the Italian Government in 2011 (Matteucci, 2014; MISE, 2011a), and was authorized as State Aid (henceforth, SA) measure n. 34199 (EC, 2012a): we call it “the first NGA measure”. However, that plan lacked a specific budget, and was eventually implemented only in those Southern regions possessing unspent cohesion policy funds (Matteucci, 2020a), to cover urban areas. Indeed, the ultrabroadband strategy announced in March 2015 is the first credible country-wide Government project backed by adequate funding – henceforth, we call it the “2015 strategy”. In early 2016, the part of the strategy targeting the NGA “white areas”1 was finalized; then, in June 2016, it was approved by the European Commission (SA measure n. 41647; EC, 2016a). This policy case is multi-dimensional and includes, besides issues of auctions, public procurement and antitrust (such as State aid - henceforth, SA), also regulation and industrial policy.
Historically, Italy did not develop cable TV. For a long time, the new telecoms entrants had to rely on the copper local loop of the incumbent, TIM.2 However, this bottleneck infrastructure was subject to a defective regulatory regime based on a weak model of functional separation (Nucciarelli & Sadowski, 2010): henceforth, TIM enjoyed persistent market power, prone to abuses (Gerli & Pontarollo, 2013). Moreover, from end-2012 to 2016, the incumbent's and the entrants' private NGA investments were focused on the FTTC architecture3: thereby, they all depended on the incumbent's local loop, and showed wasteful overlapping duplications (AGCM-ACGOM, 2014; Caio et al., 2014). In 2016, a fundamental market change occurred. A newco - ENEL Open Fiber Spa - entered the telecoms market and formally broke the local loop monopoly by announcing the construction of an alternative country-wide infrastructure, based on full fiber optic cables (FTTH).4 ENEL Open Fiber Spa adopted the “wholesale-only” business model, and initiated an ambitious private investment plan targeting the most important urban areas (now totaling 271 towns).5 Furthermore, the newco participated in the Government's auctions supporting the NGA roll-out in “white” areas, and won all the parcels. The newco is jointly owned by two major State-invested and controlled companies – the electricity incumbent ENEL and the long term investment bank Cassa Depositi and Prestiti (henceforth, CDP). Henceforth, the ENEL Open Fiber Spa's project also signals the resurgence of industrial policy for telecoms in Italy (Matteucci, 2020b).
These events have rapidly modified the Italian NGA supply-side and market structure. By looking at the latest releases of the DESI index-Connectivity6 and the FTTH Council Europe evidence,7 we see that, while Italy remains a laggard country for the actual adoption of NGA and ICT services, it has rapidly caught up as far as the NGA roll-out and coverage are concerned. By September 2019, Italy has become the fifth top country in Europe in terms of absolute number of FTTH/B sockets deployed (equal to 11,150k).8 Henceforth, an investigation of the NGA policy-side is called for.
We carry out an evaluation of the SA measure n. 41647 (PCM, 2015a), to study its techno-economic properties and systemic effects. As noticed by Briglauer et al. (2014), our knowledge of the economic performance of broadband policies remains scarce. This is particularly true of industrial policies supporting networks roll-out and universal coverage: to the best of our knowledge, there are only three works. Briglauer et al. (2019) evaluate the SA policy supporting the coverage of first generation broadband (henceforth, FGB) in Bavaria, Germany; Gerli et al. (2020) that of NGA broadband in UK; Matteucci (2019) that of FGB in Italy.
Owing to its early stage of implementation, the final impact assessment of the SA measure n. 41647 is not yet feasible. As an alternative, we focus on the Government's auctions procuring NGA infrastructure for covering market failing areas. In the EU, more than elsewhere, broadband policy has been strictly connected with public procurement policy, besides SA policy. In fact, the EU constitutional Treaties rest on the project of building the Internal (or Common) Market, and the latter requires that member States and public procurers do not discriminate supplying firms on grounds of nationality. In turn, the EU public procurement policy was reformed by two waves of Directives, the 2004 and the 2014 packages, which further harmonised national norms.
Hence, a main research question of our work is whether the current EU-driven framework of public procurement applicable to public works is adequate for implementing NGA policies. Such a question is warranted for various reasons. First, NGA policy procures an infrastructure that is technologically more complex and uncertain (about its quality) than traditional public works (roadwork, buildings, etc), or frequently procured supplies (stationery). Second, EU broadband policy (EC, 2013) encompasses multiple goals: among these, solving market failures and guaranteeing “universal service” for vulnerable consumers and areas, procuring future-proof infrastructure for the “Gigabit society”, promoting infrastructure-based market competition, enhancing the competitiveness of downstream sectors by providing reliable connectivity services, etc. Third, broadband policy should also ensure the efficient and effective usage of taxpayers' money – and this is the most typical mandate of public procurement. Hence, one could legitimately doubt whether these numerous and ambitious policy targets could be jointly achieved with the ‘simple’ policy tools conventionally used to procure items such as road construction or stationery. Indeed, EU policies may present conflicting sides (e.g., Colomb & Santinha, 2014; Wishlade, 2012), and new challenges may emerge after reforms - such as the recent packages on EU public procurement.
While studying the Italian auctions procuring NGA infrastructure, we focus on their key awarding mechanism – the method of the “economically most advantageous tender” (EMAT, or MEAT). By the EU law, this method is mandated for the auction adjudication of public works whose price surpasses stated threshold values. The salience of this research topic is high: so far, despite the fact that EMAT had to be used in many EU broadband SA measures, it has not been studied, and its actual performance and capacity to deliver the intended policy goals remain completely undocumented. To the best of our knowledge, our contribution is the first in the literature. Regarding EMAT, this paper accomplishes the following key tasks. First, it reviews the insights coming from the standard “first-price”, “sealed-bid” auctions (e.g. Füllbrunn & Neugebauer, 2013), and combines them with those available on EMAT scoring rules (from pioneer to recent papers, e.g. Che, 1993; Bergman & Lundberg, 2013), across the different sectors of application (Hyytinen et al., 2018; Lundberg & Bergman, 2017); then, it conceptualizes them as testable hypotheses. Second, it builds an original theoretical and conceptual framework enabling the empirical assessment of the Italian auctions procuring NGA infrastructure, and retrieves the relevant evidence, so far unreleased. Third, by using this empirical evidence and focusing on the quality-price mix and the trade-offs embedded in the EMAT scoring rules, it investigates what kinds of policy targets were eventually delivered by the Italian NGA procurement. This test extends the scanty empirical literature on EMAT auctions to new sectors of application, such as the procurement of high-tech and quality-uncertain infrastructure. Finally, the paper explores preliminarily the factors harming the progress of the Italian NGA strategy for white areas, due to be completed by 2020.
Section 2 presents the EU public procurement law, the literature review, and the EMAT functioning. Section 3 introduces the 2015 Italian strategy supporting the NGA roll-out, and its SA measure n. 41647; then it stylizes the Italian auction design and the procurement strategy; finally, it presents the research method and hypotheses. Section 4 presents the empirical analysis, which studies the auction outcomes based on traditional price indicators. Section 5 refines the empirical strategy, adds the quality dimension and discusses findings specific to EMAT multi-dimensional agendas. Thereby, section 4 Empirical analysis: main findings, 5 Refinements and discussion perform an in-itinere assessment of the Italian NGA strategy. Section 6 concludes, distilling the main policy implications and dilemmas, for Italy and the other EU member States.
Section snippets
Public procurement in EU
In the last twenty years the EU public procurement law has been reformed, and two waves of Directives, the “2004” and the “2014 packages”, were issued to harmonise the member States’ national norms and practice.9
Procuring NGA infrastructure: an economic analysis
The story of Italian telecoms and the laggardness of the FGB market are strictly linked to the corporate evolution of the wholesale incumbent (TIM). For the sake of synthesis, we refer to the extant literature, whose main findings are summarized in Appendix 2. The delay of the FGB market retarded the roll-out of NGA networks, which began as late as 2013. Similarly to what had happened with FGB, private investment was focused on large urban areas, and exploited the existing copper loop: to
The first auction
Infratel launched the first CFT in June 2016, allocating a budget of EUR 1405 million for the construction, maintenance and management of NGA passive infrastructure in six Italian regions. The budget was auctioned through five distinct parcels (Table 3) and addressed market failure spots (“NGA white” areas) located in 3043 municipalities; a total of 7.2 million inhabitants and 4.6 million building units (henceforth, BU) completely deprived of NGA connectivity were concerned. As mentioned in
Refinements and discussion
Table 6 introduces a refined indicator of auction efficiency: it normalizes the budget by building units, before (“allocated”) and after auction (“awarded”).
Conclusions
This work studied the efficiency and effectiveness of the public procurement strategy chosen to implement the Italian 2015 policy supporting the roll-out of NGA networks in white areas. According to the EU law, the Italian auctions had to use the EMAT method and scoring rules. So far, these auctions have been studied when procuring traditional and less innovative items (such as highways or roadwork), while evidence on high-tech infrastructure such as NGA is lacking. Moreover, even though the
Author contribution
I gratefully acknowledge the valuable research assistance of Francesco Pio Carrozzino, who collaborated in drafting a previous version of the manuscript.
Disclaimer
Analysis based on publicly available information, updated at April 2020.
Acknowledgements
I am indebted to a few Central and Regional Government functionaries, and company executives, for fruitful discussions. A previous version of this work was presented at the 2019 ITS Regional Conference (Helsinki). I thank their participants for precious comments and suggestions. I am also indebted to two anonymous referees for their useful comments. The remaining errors are mine. Funding from the UNIVPM-UBINET project is greeted.
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