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--- solar_panel:start [2021/06/24 10:37] – jeff001
+++ solar_panel:start [2021/07/05 17:37] – [Table] jeff001
@@ Line 1: / Line 1: @@
 ====== Solar Panel Project ======
-Photovoltaic modules\\
+**Place:** [[https://fablab.green/wp/|Green FabLab]], Kamp-Lintfort.
+**Photovoltaic (PV) modules:**\\
 [[http://reb-greenenergy.de/WebRoot/Store23/Shops/4b83f398-1547-4ab4-99c1-96039bc34bf8/5823/9A77/8E24/FF59/9730/0A48/355F/59B3/DE-Datenblatt_Euro_-_Jap-IBC_MonoSol_265-275_GX4_2204400013-15.pdf|IBC PySol 270 GX4]]\\
-Product number = 2204400014
+Item number = 2204400014\\
+**Physical data:**\\
+Module dimensions (mm) = 1654 x 989 x 40\\
+Module weight = 18.2Kg
+PV modules available = 20units
+The current idea is to install two systems:\\
+- Fixed system: 2 sets of 5 PV modules each on top of the roof, using an Angle mounting system.\\
+- Mobile system: 2 sets of 5 PV modules each on the green area, using a Flat mounting system on mobile platform mechanism that allows us to tilt the PV modules.
+Set of 5 vertical PV modules in a row:\\
+{{:solar_panel:paneldraft.jpg?600|}}
+===== Photovoltaic system layout =====
+{{:solar_panel:panellayout.jpg?2000|}}\\
+//Image: Layout of the IBC TopFix 200 mounting system. taken from the [[https://shop.ibc-solar.de/userdata/files/files/Installation_manual_IBC_TopFix200_EN_V_19_01.pdf|Installation instructions - IBC TopFix 200]]//
+| |**Description**|
+|L = (M.B + 24 mm) × n + 32 mm|Carrier rail length = (M.B + 24 mm) × number of modules per row + 32 mm|
+|M.B |Module width|
+|M.H|Module height|
+|A|Type TF50+/TF50m/TF60 carrier rail|
+|B|Roof hooks|
+|C|Middle clamp|
+|D|Outside clamp|
+|E|Max. 400mm|
+|X|X – selected fixing interval (dimensioned using PV Manager software)|
+|Z|Max. ¼ of M.H (please observe module manufacturer specifications)|
+>Note: "Carrier rail" is also called "Support rail" in the manual.
+===== Mobile system =====
+==== Flat mounting system ====
-Amount of modules = 20units\\
+**List of components**
-Weight per module = 18.2Kg
-The current idea is to install 4 sets of 5 PV modules each:\\
+According to the [[https://shop.ibc-solar.de/userdata/files/files/Installation_manual_IBC_TopFix200_EN_V_19_01.pdf|Installation instructions - IBC TopFix 200]]:
-- 2 sets on top of the roof, using the common fixed flat system\\
-- 2 sets on the green area, using a mobile platform mechanism that allows us to tilt the PV modules.
-List of components
+Support rail length = (M.B + 24 mm) × number of modules per row + 32 mm = (989mm + 24 mm) × 5 + 32 mm = 1013 x 5 + 32 mm = __5097mm__
-According to the [[https://www.ibc-solar.com/fileadmin/redaktion/en/Installer/Products/Installation_Manual_AeroFix.pdf|Installation instructions - IBC AeroFix]]:
+There are two lengths: 5200mm and 2100mm, then we use the 5200mm one.
-List of components
+| **Item**                      | **Amount per set**             | **Item number**  |
+| Support rail TF60, 5200mm     | 2                              | 6800100020       |
+| End cap Adapter (33-46mm)     | 4                              | 6700400161       |
+| Rail end cap                  | 4                              | 6700300045       |
+| Middle Clamp (G4 33-46mm)     | 12                             | 6700400144       |
+| Socket cap screw (M8x16 A2)   | 20                             | 6900100013       |
+| Universal connector AeroFlat  | 8 (depending on the platform)  | 6700300035       |
-According to the [[https://www.ibc-solar.com/fileadmin/redaktion/en/Installer/Products/Installation_Manual_AeroFix.pdf|Installation instructions - IBC AeroFlat]]:
-|**Item**|**Amount per set**|**Product number**|
-|Support rail (TF60 5200mm)|2|6800100020|
-|End cap Adapter (33-46mm)|4|6700400161|
-|Rail end cap|4|6700300045|
-|Middle Clamp (G4 33-46mm)|12|6700400144|
-|Socket cap screw (M8x16 A2)|20|6900100013|
-|Universal connector AeroFlat|8|6101100057|