Optimization and integration of solar PV in cold climates
Solar energy
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In a context where most northern Canadian communities generate their electricity from diesel, the integration of solar photovoltaic (PV) energy in isolated communities appears to be a major alternative for decarbonizing electricity production.
However, there are still many barriers to PV integration. These include harsh climates, heavy precipitation and long winters. Evaluating the performance of PV systems operating in such conditions will ultimately help optimize their integration and maximize the profits and benefits this clean energy source can offer.
Highlights
This work has led to a better understanding of the challenges specific to northern environments, and to progress towards optimal integration of solar PV. Here are the highlights.
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Analysis of the effect of winter phenomena (snow accumulation, low temperatures, frost formation) on the performance of PV power plants.
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Identification of constraints related to the integration of solar PV in diesel microgrids.
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Design of a real-time supervision platform to continuously monitor the performance of the various system components.
