CC PHOTONICS supplies passive optical isolators, in-line isolators, circulators, FBT/PLC couplers, MEMS switches, path switches, and line protection systems for carrier networks an...
This paper examines the cost-effectiveness of Finnish electricity distribution utilities. We estimate several panel data stochastic frontier specifications using both Cobb–Douglas and Translog
Furthermore, we present the Finnish rate of return regulation model of electricity distribution in detail and the process used in the determi- nation of the reasonable return for electricity
Download scientific diagram | Single line diagram of Finnish distribution network. from publication: A MIP Model for Risk Constrained Switch Placement in
Abstract The profits of the Finnish industry of electricity distribution are driven by a rate of return regulation model. Changes in the model caused a remarkable jump in distribution system
Downloadable (with restrictions)! Author (s): Pekka Korhonen & Mikko Syrjänen. 2003 Abstract: This paper describes the process of developing an approach to evaluating the cost-efficiency of Finnish
As a country with long connections and low population density, we have managed to build and develop our network very cost-effectively. The reliability of electricity distribution in Finland is also at an
This paper examines the performance of panel data models in measuring cost-efficiency of electricity distribution utilities. Different cost frontier models are applied to a sample of 59 utilities
lternatives which when implemented on the existing distribution systems would give lower annual total outage cost. The research problem is thus to define the present Finnish ru-ral/sub-urban electricity
Electricity distribution network is a prime example of a natural local monopoly. In many countries, electricity distribution firms are regulated by the government. In Finland, the regulator estimates the
Based on the above background on the general characteristics of electricity distribution and specific regulation of electricity distribution in the Finnish context, we proceed to study the actual
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Electricity transmission and distribution tariffs in Finland are below the European average because incentive regulation forces local monopolies to
This paper describes the process of developing an approach to evaluating the cost-efficiency of Finnish electricity distribution companies based on Data Envelopment Analysis (DEA). The process
Cost of distribution transformer in NPAM. Prices of outages of 94 Finnish electricity distribution companies determined with DEA benchmarking. Price of outage is 0 €/customer,h for 26
In this paper we look at the return levels of the Finnish DSOs from 2015 onwards and discuss the rate of return regulation model used since 2016 as a driver of the observed return levels.
This work gives cost-effective investment strategy solu-tions how to improve the power quality and profitability of electricity distribution in the Finnish medium voltage (MV) distribution systems.
The Finnish rate of return regulation model used is presented together with the level of allowed returns by the model, four changes to the model are
Electricity distribution prices have steeply increased in Finland since 2015. This research investigates the returns from the Finnish low-voltage electricity distribution business and compares
Electricity distribution prices vary significantly across local electricity distribution networks in Finland. Prior research has shown that Finnish households consider electricity distribution prices as a long
These results are obtained by using data from Finnish electricity distribution utilities and the results are relevant in relation to electricity distribution pricing and regulation.
Methods: A cost-effectiveness model was applied to estimate the expected 10-year costs and health outcomes (in terms of quality-adjusted life-years, QALYs) associated with and without statin
The goal of the thesis is to find cost-effective medium-voltage distribution system investment strategies for the Finnish power distribution
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