On completion of the course, students will be able to:
describe the characteristics of solar radiation before and after it passes through the atmosphere, and also describe basic geometry and common terminology for the movement of the sun,
describe the structure and function of PV components, batteries and PV systems,
independently dimension PV systems manually and using simulation tools,
give examples of environmental aspects of PV systems and aspects related to the market economy.
On completion of the course, students will be able to:
describe the characteristics of solar radiation before and after it passes through the atmosphere, and also describe basic geometry and common terminology for the movement of the sun,
describe the structure and function of PV components, batteries and PV systems,
independently dimension PV systems manually and using simulation tools,
give examples of environmental aspects of PV systems and aspects related to the market economy.
On completion of the course, students will be able to:
describe the characteristics of solar radiation before and after it passes through the atmosphere, and also describe basic geometry and common terminology for the movement of the sun,
describe the structure and function of PV components, batteries and PV systems,
independently dimension PV systems manually and using simulation tools,
give examples of environmental aspects of PV systems and aspects related to the market economy.
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