PV potential and potential PV rent in European regions

Anders Chr. Hansen, Paul Thorn

Publikation: Working paperForskning

Resumé

The paper provides a GIS based model for assessing the potentials of photovoltaic electricity in Europe by NUTS 2 regions. The location specific energy potential per PV-­‐panel area is estimated based on observations of solar irradiation, conversion efficiency, levelised costs and the social value of PV-­‐electricity. Combined with the potential density of PV-­‐panel area based on land cover and environental restrictions, the PV energy potential and the potential PV ressource rent is calculated. These calculations enbable the model to estimate the regional patterns at NUTS 2 level of the potential economic importance of PV electricity.
OriginalsprogEngelsk
Antal sider28
ISBN (Elektronisk)978-­87-­7349-­860-­6
StatusUdgivet - 2013
NavnENSPAC Research Papers on Transitions to a Green Economy
Nummer01
Vol/bind2013

Emneord

  • Photovoltaics
  • energy potential
  • spatial energy resource assessment
  • resource rent

Citer dette

Hansen, A. C., & Thorn, P. (2013). PV potential and potential PV rent in European regions. ENSPAC Research Papers on Transitions to a Green Economy, Nr. 01, Bind. 2013
Hansen, Anders Chr. ; Thorn, Paul. / PV potential and potential PV rent in European regions. 2013. (ENSPAC Research Papers on Transitions to a Green Economy; Nr. 01, Bind 2013).
@techreport{c534019a95e64b2bad37fd0de2642b8e,
title = "PV potential and potential PV rent in European regions",
abstract = "The paper provides a GIS based model for assessing the potentials of photovoltaic electricity in Europe by NUTS 2 regions. The location specific energy potential per PV-­‐panel area is estimated based on observations of solar irradiation, conversion efficiency, levelised costs and the social value of PV-­‐electricity. Combined with the potential density of PV-­‐panel area based on land cover and environental restrictions, the PV energy potential and the potential PV ressource rent is calculated. These calculations enbable the model to estimate the regional patterns at NUTS 2 level of the potential economic importance of PV electricity",
keywords = "Photovoltaics, energy potential, spatial energy resource assessment, resource rent, Photovoltaics, energy potential, spatial energy resource assessment, resource rent",
author = "Hansen, {Anders Chr.} and Paul Thorn",
year = "2013",
language = "English",
type = "WorkingPaper",

}

PV potential and potential PV rent in European regions. / Hansen, Anders Chr.; Thorn, Paul.

2013.

Publikation: Working paperForskning

TY - UNPB

T1 - PV potential and potential PV rent in European regions

AU - Hansen, Anders Chr.

AU - Thorn, Paul

PY - 2013

Y1 - 2013

N2 - The paper provides a GIS based model for assessing the potentials of photovoltaic electricity in Europe by NUTS 2 regions. The location specific energy potential per PV-­‐panel area is estimated based on observations of solar irradiation, conversion efficiency, levelised costs and the social value of PV-­‐electricity. Combined with the potential density of PV-­‐panel area based on land cover and environental restrictions, the PV energy potential and the potential PV ressource rent is calculated. These calculations enbable the model to estimate the regional patterns at NUTS 2 level of the potential economic importance of PV electricity

AB - The paper provides a GIS based model for assessing the potentials of photovoltaic electricity in Europe by NUTS 2 regions. The location specific energy potential per PV-­‐panel area is estimated based on observations of solar irradiation, conversion efficiency, levelised costs and the social value of PV-­‐electricity. Combined with the potential density of PV-­‐panel area based on land cover and environental restrictions, the PV energy potential and the potential PV ressource rent is calculated. These calculations enbable the model to estimate the regional patterns at NUTS 2 level of the potential economic importance of PV electricity

KW - Photovoltaics

KW - energy potential

KW - spatial energy resource assessment

KW - resource rent

KW - Photovoltaics

KW - energy potential

KW - spatial energy resource assessment

KW - resource rent

M3 - Working paper

BT - PV potential and potential PV rent in European regions

ER -