Conversion instruction: sunshine hours to solar radiation -input

From ILMS-Wiki
(Difference between revisions)
Jump to: navigation, search
 
(2 intermediate revisions by one user not shown)
Line 1: Line 1:
Umbauanleitung Sonnenscheinstunden auf solar Radiation- Input
+
'''Notice''': solar radiation must be present in daily resolution and in units of [MJ / m² d]
 +
 
 +
1 W = 1 J/s
  
Hinweis: Solar Radiation muss in täglicher Auflösung und der Einheit [MJ / m² d] vorliegen
 
1W = 1J/s
 
 
1 W/m² = 1 J/m²/s
 
1 W/m² = 1 J/m²/s
1MJ = 1000000 J
 
Liegen die Daten bspw. In W/m² vor, muss folgendermaßen gerechnet werden:
 
MJ/m²d=  W/m²*(86 400)⁄1.000.000
 
_________________________________________________________________________________
 
  
HRUInitialisation
+
1 MJ = 1 000 000 J
Komponente sunhWeights durch solRadWeights ersetzen  Komponente umbenennen + Attribute/Werte anpassen
+
  
TimeLoop
 
CatchmentResetter: sunh durch solRad bei Kontextattributen ersetzen
 
  
 +
For example, if data is available in W/m², one has to calculate:
  
TSInput
+
MJ/m²d = W/m² * (86 400)/1 000 000
Komponente sunhDataReader durch solRadDataReader ersetzen  Komponente
+
umbenennen + Attribute/Werte anpassen
+
  
HRULoop
+
----
Komponente sunhRegionalizer durch solRadRegionalizer ersetzen  Komponente umbenennen + Attribute/Werte anpassen
+
  
CalcDailySolarRadiation: Komponente löschen!
 
  
CalcDailyNetRadiation: solRad-Kontextattribut verknüpfen („HRULoop.solRad“)
+
'''HRU-Initialization'''
  
CalcRefET: Komponente gegebenenfalls einbauen unter die CalcDailyNetRadiation-Komponente  solRad-Kontextattribut leer stehen lassen (ebenso extRad Kontextattribut)
+
''sunWeights'': substitute the component by solRadWeights -> rename component and adjust attributes/values
  
SpatialWeightedSumAggregator (gewichtet mir areaweight): bei value und sum sunh durh SolRad ersetzen
+
 
 +
'''TimeLoop'''
 +
 
 +
''CatchmentResetter'': substitute the context attribute sunh by solRad
 +
 
 +
 
 +
'''TS-Input'''
 +
 
 +
''sunhDataReader'': substitute the component by solRadDataReader -> rename component and adjust attributes/values
 +
 
 +
 
 +
'''HRULoop'''
 +
 
 +
''sunhRegionalizer'': substitute the component by solRadRegionalizer -> rename component and adjust attributes/values
 +
 
 +
''CalcDailySolarRadiation'': delete the component!
 +
 
 +
''CalcDailyNetRadiation'': link solRad context attribute (“HRULoop.solRad“)
 +
 
 +
''CalcRefET'': if necessary integrate the component among the CalcDailyNetRadiation component -> leave the solRad context attribute blank (as well as the extRad context attribute)
 +
 
 +
''SpatialWeightedSumAggregator'' (weighted with areaweight): at value and sum substitute sunh by SolRad  
 +
 
 +
 
 +
_________________________________________________________________________________

Latest revision as of 12:05, 22 August 2014

Notice: solar radiation must be present in daily resolution and in units of [MJ / m² d]

1 W = 1 J/s

1 W/m² = 1 J/m²/s

1 MJ = 1 000 000 J


For example, if data is available in W/m², one has to calculate:

MJ/m²d = W/m² * (86 400)/1 000 000



HRU-Initialization

sunWeights: substitute the component by solRadWeights -> rename component and adjust attributes/values


TimeLoop

CatchmentResetter: substitute the context attribute sunh by solRad


TS-Input

sunhDataReader: substitute the component by solRadDataReader -> rename component and adjust attributes/values


HRULoop

sunhRegionalizer: substitute the component by solRadRegionalizer -> rename component and adjust attributes/values

CalcDailySolarRadiation: delete the component!

CalcDailyNetRadiation: link solRad context attribute (“HRULoop.solRad“)

CalcRefET: if necessary integrate the component among the CalcDailyNetRadiation component -> leave the solRad context attribute blank (as well as the extRad context attribute)

SpatialWeightedSumAggregator (weighted with areaweight): at value and sum substitute sunh by SolRad


_________________________________________________________________________________

Personal tools