Evaluating Solar Energy in Casablanca, Morocco
Solar Overview
Casablanca, situated in Morocco, offers 3,060 sun hours yearly, with maximum solar production in May. Located at 33.57°, Casablanca benefits from favorable solar geometry with limited seasonal production variation. These favorable conditions make Casablanca a solid choice for solar energy systems, with reliable production and good financial returns.
Geographic Impact
The coordinates 33.5731°N, -7.5898°E define Casablanca's position and directly influence its solar energy characteristics. At 33.57°, solar panels experience consistently favorable geometry, making this latitude range particularly attractive for large-scale solar projects.
Rating Methodology
The "Good" classification reflects Casablanca's solar resource quality, considering its 3,060 annual sun hours and 18.8°C average ambient temperature. Temperature conditions are optimal for photovoltaic efficiency, allowing panels to operate near their rated specifications. These favorable conditions make solar energy economically attractive, especially for reducing high electricity bills.
Understanding the Data
The visualization below presents the annual cycle of sun hours in Casablanca. Production remains consistent year-round, with May showing maximum solar irradiation. Such seasonal characteristics are important factors in determining appropriate battery storage capacity and grid integration strategies.
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