The DEA model for the distribution networks is designed to take into account the diverse operating conditions of the companies through so-called “geography” variables. Our analyses show that companies with difficult operating conditions tend to be rewarded with relatively high efficiency scores, and this is the reason for introducing weight restrictions. We discuss the relative price restrictions suggested for geography and high voltage variables by NVE (2008), and we compare these to an alternative approach by which the total (virtual) weight of the geography variables is restricted. The main difference between the two approaches is that the former tends to affect more companies, but to a lesser extent, than the latter. We also discuss how...
This paper uses a two-stage Data Envelopment Analysis approach to model the technical efficiency amo...
Non-parametric efficiency analysis, such as Data Envelopment Analysis (DEA) relies so far on endogen...
The Norwegian electricity distribution industry is a natural monopoly regulated by the Norwegian Wat...
The DEA model for the distribution networks is designed to take into account the diverse operating c...
We have previously, in report 33/08, looked at possible weight restrictions for the so-called “geogr...
We study returns to scale in Norwegian electricity distribution companies. The scale issue of this ...
Benchmarking by means of applying the DEA model is appearing as an interesting alternative for regul...
Benchmarking by means of applying the DEA model is appearing as an interesting alternative for regul...
Norwegian distribution companies operate under different geographic conditions that may influence th...
Abstract Regulators for electricity network infrastructure, such as electricity distribution system ...
An important methodological issue for the use of efficiency analysis in incentive regulation of regu...
Regulatory authorities in the European electricity sector use benchmarking techniques to determine ...
Norwegian distribution companies operate under different geographic conditions that may influence th...
In this paper we estimate an average-cost function for a panel of 59 Swiss local and regional electr...
Our paper applies data envelopment analysis (DEA) and stochastic non-parametric envelopment of data...
This paper uses a two-stage Data Envelopment Analysis approach to model the technical efficiency amo...
Non-parametric efficiency analysis, such as Data Envelopment Analysis (DEA) relies so far on endogen...
The Norwegian electricity distribution industry is a natural monopoly regulated by the Norwegian Wat...
The DEA model for the distribution networks is designed to take into account the diverse operating c...
We have previously, in report 33/08, looked at possible weight restrictions for the so-called “geogr...
We study returns to scale in Norwegian electricity distribution companies. The scale issue of this ...
Benchmarking by means of applying the DEA model is appearing as an interesting alternative for regul...
Benchmarking by means of applying the DEA model is appearing as an interesting alternative for regul...
Norwegian distribution companies operate under different geographic conditions that may influence th...
Abstract Regulators for electricity network infrastructure, such as electricity distribution system ...
An important methodological issue for the use of efficiency analysis in incentive regulation of regu...
Regulatory authorities in the European electricity sector use benchmarking techniques to determine ...
Norwegian distribution companies operate under different geographic conditions that may influence th...
In this paper we estimate an average-cost function for a panel of 59 Swiss local and regional electr...
Our paper applies data envelopment analysis (DEA) and stochastic non-parametric envelopment of data...
This paper uses a two-stage Data Envelopment Analysis approach to model the technical efficiency amo...
Non-parametric efficiency analysis, such as Data Envelopment Analysis (DEA) relies so far on endogen...
The Norwegian electricity distribution industry is a natural monopoly regulated by the Norwegian Wat...