Improving of the Photovoltaic High Power Plant Generation Using DC/DC Micro Converters
2018 International Conference on Information Systems and Computer …, 2018•ieeexplore.ieee.org
This work presents a test method used in a simulation environment to increase the amount
of electrical energy produced by the generation stage of the Photovoltaic Plant located in
Salinas, Imbabura Province, Ecuador through the inclusion of DC-DC converters in the solar
panel arrays and tracking techniques of the maximum power point. The results indicate that
the insertion of the DC-DC converters in the system causes an increase in the amount of
active power, when the system is exposed to the variation of solar radiation or changes in …
of electrical energy produced by the generation stage of the Photovoltaic Plant located in
Salinas, Imbabura Province, Ecuador through the inclusion of DC-DC converters in the solar
panel arrays and tracking techniques of the maximum power point. The results indicate that
the insertion of the DC-DC converters in the system causes an increase in the amount of
active power, when the system is exposed to the variation of solar radiation or changes in …
This work presents a test method used in a simulation environment to increase the amount of electrical energy produced by the generation stage of the Photovoltaic Plant located in Salinas, Imbabura Province, Ecuador through the inclusion of DC-DC converters in the solar panel arrays and tracking techniques of the maximum power point. The results indicate that the insertion of the DC-DC converters in the system causes an increase in the amount of active power, when the system is exposed to the variation of solar radiation or changes in the ambient temperature.
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