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PublicationArticle (with peer review)

Implicit yardstick competition between heating monopolies in urban areas: Theory and evidence from Sweden

Abstract

This article examines a novel regulatory mechanism in a setting with multiple local monopolists. The mechanism rests upon the behavioral assumption that cus- tomers form opinions about prices by comparing them with prices set by nearby mo- nopolies and that this comparison influences their behavior. In this way, an “implicit yardstick competition” emerges among monopolists although they do not operate in the same markets. We test this mechanism using a unique dataset of unregulated district heating monopolists in Sweden. We find a large effect of neighbors’ prices, which indicates that the implicit yardstick competition has a considerable disciplin- ing effect on monopolies’ pricing behavior.

Bonev, P., Glachant, M., & Söderberg, M. (2022). Implicit yardstick competition between heating monopolies in urban areas: Theory and evidence from Sweden.Energy Economics, 109, 105927.

Details

Author
Bonev, P., Glachant, M., & Söderberg, M.
Publication year
2022
Published in

Energy Economics, 109, 105927.

Related

  • Professor

    Magnus Söderberg

    magnus.soderberg@ratio.se

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Published in

Working paper series: Department of Economics, School of Economics and Management, Lund University.

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Article (with peer review)

The impact of population size and waste bin structure on the cost of municipal solid waste (MSW) management: Evidence from Sweden and Norway

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Publication year

2025

Published in

Waste Management

Abstract

The growing amount of waste worldwide has led to policies requiring cost-effective waste management. Consequently, municipalities responsible for providing waste services are under greater pressure to do so efficiently for their residents. Using data from 225 Swedish and Norwegian municipalities, we investigate how the waste bin structure and population affect the cost of MSW management. Results indicate that 4-compartment bins are the most expensive (+13 %), while using the same bin types in detached and multi-family dwellings leads to coordination savings (−18 %). The cost-minimising population is slightly above 600,000 inhabitants, and the cost per inhabitant can be reduced by up to 30 % in several locations through collaborations with larger neighbours.

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