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Mus: A multiscale stohastic model for generating plausible meteorological years designed for multiyear solar energy yield simulations

Authors

Fernández-Peruchena, C.; Gastón-Romeo, M.; Sanchez, M.; García-Barberena, J.; Blanco, M.; Bernardos, A.

Journal

   Solar Energy
   Volume 120
   Pages 244 to 256
   Year 2015

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BIbTex format
@article{
title={Mus: A multiscale stohastic model for generating plausible meteorological years designed for multiyear solar energy yield simulations },
author={Fernández-Peruchena, C. and Gastón-Romeo, M. and Sanchez, M. and García-Barberena, J. and Blanco, M. and Bernardos, A. },
journal={Solar Energy},
year={2015},
volume={120},
number={},
pages={244-256},
doi={},
}
RIS format (for Reference Manager, ProCite, EndNote)
TY - JOUR
T1 - Mus: A multiscale stohastic model for generating plausible meteorological years designed for multiyear solar energy yield simulations
AU - Fernández-Peruchena, C.
AU - Gastón-Romeo, M.
AU - Sanchez, M.
AU - García-Barberena, J.
AU - Blanco, M.
AU - Bernardos, A.
TI - Solar Energy
PY - 2015
VL - 120
M1 -
SP - 244-256
DO -
ER -
RefWorks format
RT Journal Article
T1 Mus: A multiscale stohastic model for generating plausible meteorological years designed for multiyear solar energy yield simulations
A1 Fernández-Peruchena, C.
A1 Gastón-Romeo, M.
A1 Sanchez, M.
A1 García-Barberena, J.
A1 Blanco, M.
A1 Bernardos, A.
JF Solar Energy
YR 2015
VO 120
IS
SP 244-256
DO

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