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Hello everyone. Hope you're all doing well.
I'd like to add a table of solar radiation measures taken every 30 mn daily (for a month). However, I have failed to find a way to do that, other than cr…
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**Describe the bug**
The irradiation scenario (SA2) used in the D1S assessment to compute irradiation factors is not entirely correct (conservative)
**Expected behavior**
Either this is corrected…
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Right now we have some misleading because of mixing types for irradiation and measurement processes.
Irradiation has two types: SLI and LLI
Measurements has three types: SLI, LLI-1 and LLI-2
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bdrum updated
4 years ago
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This issue is to implement a method to convert Global Horizontal Irradiation (GIH) measurements to Plane of Array (POA) Irradiation, which is useful for more accurate accounting of solar irradiation o…
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## Description of the issue
After defining the basic concepts of the solar raidation components and various tracking surfaces in the issues #1076, #1448 and #1088, we can now proceed to define the …
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Hi @santilland and colleagues,
for the GTIF energy transition > solar energy, could we look into the following adjustments/enhancements:
- [x] integrate the albedo proxy as an additional const…
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``` bash
Traceback (most recent call last):
File "E:\intership\Scarce-master\scarce\examples\irradiation_planar.py", line 122, in
transient_irrad()
File "E:\intership\Scarce-master\scarce…
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## Description of the issue
We want to introduce a number of new terms regarding solar meteorology into the OEO. The first question we should discuss is, how to structure them into the ontology. Th…
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Design a function that gets the solar irradiation and outputs energy generation.
- Input solar GHI (global horizontal irradiation)
- angular formulas that adapt generation to latitude, altitude, o…
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The aim is to implement a new class, at the same level of liquid metal classes, which provides data and correlations about irradiation-induced impurities. This class provides information that are inde…