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Network Usage Tariff (NUT) structure and vision
in Hungary in consideration of renewable generation trends
I. Vokony
2017/04/25
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Abstract
The consumption behaviour focus points are
changing nowadays: in certain areas start industrial developments where
entirely different needs were common, creation the new consumer design
of multi-directional connections generate pressure to loosen regulations;
climate change is changing malfunctions impact; widespread use of renewable
energy sources; etc. Beyond the global trends there are huge facilitators
in Hungary which can basically act to regulation, pay-off and supplying
methods. In the paper one really important and sensitive cost element
will be investigated the Network Usage Tariff (NUT) and
its influential elements: governmental overhead reduction, increasing
renewable penetration, changing subsidy systems.
After introducing the existing business case and the possible trends,
affecting regulation and market changes, the scenarios will be analysed
and results summarized. At the end as an outcome a proposal will be presented.
| Published in: Renewable Energy
& Power Quality Journal (RE&PQJ, Nº. 15) |
| Pages: 871-875 |
Date of Publication: 2017/04/25 |
| ISSN: 2172-038X |
Date of Current Version: |
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REF: 500-17
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Issue Date: April 2017 |
| DOI:10.24084/repqj15.500 |
Publisher: EA4EPQ |
Authors and affiliations
I. Vokony
Department of Electric Power Engineering. Budapest University of Technology
and Economics. Budapest (Hungary)
Key word
Network Usage Tariff (NUT), Regulation, Renewable Energy,
Subsidy Systems
References
[1] Dr. Grabner Péter - Hungarian Energy And Public
Utility Regulatory Authority, The challenges of national energy regulations
Network licensees future roles, MEE VGY, Szeged, Hungary 2016.
[2] Dr. Hartmann Bálint, Sõrés Péter, Dr.
Divényi Dániel, Farkas Csaba, Kiss József, Analysis
of possible DSO services in micro grid systems, Research report Hungarian
Electrotechnical Association, Budapest, 2016.
[3] István Vokony, Balázs Bonda, Attila Talamon, Máté
Nagy, Gergõ Holló, Advancing Opportunities in Renewable
Energy Production, YBL Journal of Built Environment, Volume 3, Issue 1-2
(Dec 2015)
[4] Dr. Szörényi Gábor ERRA, The Forecasted European
Energy Market Prices in the Key European Energy Markets and Impact of
Climate Policy Goals, Budapest, February 2015.
[5] SGTF-EG3 Report, Regulatory Recommendations for the Deployment of
Flexibility, EG3 Report Smart Grid Task Force, Brussels, January 2015
[6] ERRA Training Course: Price Regulation and Tariffs, Case study
Retail price regulation in Hungary , Budapest, Hungary May 11-15.
2015.
[7] ACER, European Gas Target Model Review And Update, January 2015
[8] ACER, Energy Regulation: A Bridge to 2025, 2015
[9] EnergyUK, European electricity network codes, January 2015
[10] ENTSO-E, ENTSO-E overview of Internal Electricity Market -related
project work, 13th October 2014
[11] Bobula András, The effectivity of market opening - the FIT
and NUT impact on the end-user costs, MESZ XXI. National Conference, Hódmezõvásárhely,
13 to 15 October 2014.
[12] Regional Centre for Energy Policy Research Corvinus University of
Budapest, Storm in energy overhead RCEPR analysis about Overhead
reduction in Janurary 2013., Budapest 2013.
[13] Almási L., Bonda B., Gerse P., Hartmann B., Hegedûs
Z., Holló G., Talamon A., Vágó T., Vokony I, HYPE
report 2013 Renewables/Energy/Planning/Policy, http://www.wec.hu/wpcontent/uploads/2013/10/WEC_HYPE_report_2013.pdf
[online]
[14] stoRE, European Regulatory and Market Framework for Electricity Storage
Infrastructure , Deliverable 4.2 June 2013
[15] IEA (International Energy Agency), Technology Roadmap Smart Grids,
2011

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