Lilly Schoen at 08:57, 13 November 2017

2017-11-13T08:57:33Z

Lilly Schoen: Created page with "{{GlossaryTermTemp |Ambiguities=Location, direction, placement |SubtermOf=Irradiation, Photovoltaic Module |Definition=1. Array orientation is an important input to any PV pe..."

2017-11-03T09:28:27Z

Created page with "{{GlossaryTermTemp |Ambiguities=Location, direction, placement |SubtermOf=Irradiation, Photovoltaic Module |Definition=1. Array orientation is an important input to any PV pe..."

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{{GlossaryTermTemp
|Ambiguities=Location, direction, placement
|SubtermOf=Irradiation, Photovoltaic Module
|Definition=1. Array orientation is an important input to any PV performance model calculation. Array orientation is usually described as either fixed tilt or tracked. A fixed tilt orientation is one that does not move. A tracked array’s orientation changes with time as the tracker moves the array in an attempt to reduce the angle of incidence between the sun and the array. There are a number of different types of trackers, which are defined by how they move. Array orientation is described by vectors of the array tilt angle and the array azimuth angle for each time interval in the calculation.
2.Installing modules in a sunny, shade-free spot and pointing them toward the sun could be considered common sense to many, but properly orienting and tilting your array for optimal performance is not as intuitive. A PV array’s output is proportional to the direct sunlight it receives. Even though PV modules produce some energy in a shady location or without ideal orientation, system costs are high enough that most will want to maximize energy yield.
|Sources=https://pvpmc.sandia.gov/modeling-steps/1-weather-design-inputs/array-orientation/ (1.); https://www.homepower.com/articles/solar-electricity/design-installation/optimizing-pv-array-orientation-tilt. (2.)
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Author: Anas Naddour

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 |SubtermOf=Irradiation, Photovoltaic Module
 |Definition=1. Array orientation is an important input  to any PV performance model calculation.  Array orientation is usually  described as either fixed tilt or tracked. A fixed tilt orientation is one that does not move. A tracked  array’s orientation changes with time as the tracker moves the array in  an attempt to reduce the angle of incidence between the sun and the  array.  There are a number of different types of trackers, which are  defined by how they move. Array orientation is described by vectors of the array tilt angle and the array azimuth angle for each time interval in the calculation.
-.Installing modules in a sunny, shade-free spot and pointing them toward the sun could be considered common sense to many, but properly orienting and tilting your array for optimal performance is not as intuitive. A PV array’s output is proportional to the direct sunlight it receives. Even though PV modules produce some energy in a shady location or without ideal orientation, system costs are high enough that most will want to maximize energy yield.
+. Installing modules in a sunny, shade-free spot and pointing them toward the sun could be considered common sense to many, but properly orienting and tilting your array for optimal performance is not as intuitive. A PV array’s output is proportional to the direct sunlight it receives. Even though PV modules produce some energy in a shady location or without ideal orientation, system costs are high enough that most will want to maximize energy yield.
 |Sources=https://pvpmc.sandia.gov/modeling-steps/1-weather-design-inputs/array-orientation/ (1.); https://www.homepower.com/articles/solar-electricity/design-installation/optimizing-pv-array-orientation-tilt. (2.)
 }}
 Author: Anas Naddour

Array Orientation - Revision history

Lilly Schoen at 08:57, 13 November 2017

Lilly Schoen: Created page with "{{GlossaryTermTemp |Ambiguities=Location, direction, placement |SubtermOf=Irradiation, Photovoltaic Module |Definition=1. Array orientation is an important input to any PV pe..."