in the interior mountainous areas
(Western Macedonia, Epirus, Central Greece) the annual and seasonal
bright sunshine is lowest and increases towards the coasts of
the Ionian and Aegean seas, and towards the southern part of
Greece. As it appears from the sunshine duration records of the
Hellenic National Meteorological Service, for the years 1960e1990
the lowest values of annual sunshine duration were found in Mikra
(40.31 N, 22.58 E), while Ierapetra (35 N, 25.35 E) experienced
the highest values reaching more than 3000 h of sunshine annually.
Therefore, Greece has a strong potential of solar electricity generation,
especially during cloudless summer days. For example, a
typical crystalline silicon PV system established in an urban
in the interior mountainous areas(Western Macedonia, Epirus, Central Greece) the annual and seasonalbright sunshine is lowest and increases towards the coasts ofthe Ionian and Aegean seas, and towards the southern part ofGreece. As it appears from the sunshine duration records of theHellenic National Meteorological Service, for the years 1960e1990the lowest values of annual sunshine duration were found in Mikra(40.31 N, 22.58 E), while Ierapetra (35 N, 25.35 E) experiencedthe highest values reaching more than 3000 h of sunshine annually.Therefore, Greece has a strong potential of solar electricity generation,especially during cloudless summer days. For example, atypical crystalline silicon PV system established in an urban
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