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--- project:solaaare [2021/08/16 14:15] – niekt0
+++ project:solaaare [2025/03/13 14:21] (current) – fix templatere plugin invocation root
@@ Line 1: / Line 1: @@
 ====== Solaaare ======
-{{template>infobox|
+{{template>~infobox|
 name=Solaaare|
 image=EDITME|
@@ Line 19: / Line 19: @@
 Parts:
-  * Inverter: [[https://shop.gwl.eu/Solar-PV-Systems/GridFree-AC-Inverter-with-limiter-1kW-SUN-1000GH-45-90V.html|GWL/POWER Gridfree Ac Inverter With Limiter 1Kw Sun-1000Gh (45-90V)]]
+  * Inverter: [[https://shop.gwl.eu/GridFree-Inverters/GridFree-AC-Inverter-with-limiter-2kW-SUN-2000G-45-90V.html|GWL/POWER Gridfree AC Inverter With Limiter 2KW SUN-2000G (45-90V)]] 1x
-  * Panels: [[https://shop.gwl.eu/Solar-PV-Systems/ELERIX-Solar-panel-Poly-285Wp-60-cells-ESP285-Pack-4-pcs.html|ELERIX Solar Panel Poly 285Wp 60 Cells, (Esp285 - Pack 4 Pcs)]]
+  * Panels: [[https://shop.gwl.eu/Solar-PV-Systems/ELERIX-Solar-panel-Poly-285Wp-60-cells-ESP285-Pack-4-pcs.html|ELERIX Solar Panel Poly 285Wp 60 Cells, (Esp285 - Pack 4 Pcs)]] (10 panels)
   * Cables, connectors, etc
@@ Line 26: / Line 26: @@
-The used inverter works only on one a single AC phase. Therefore only BLUE power plugs in the lab are using a solar energy. All devices with permanent power consumption should be plugged into to blue power plugs.
+The used inverter works only on one a single AC phase. Therefore only BLUE power plugs in the lab are using a solar energy. All devices with permanent power consumption should be plugged into to the BLUE power plugs.
-The panel together could produce up to 4x280 = 1120 Wats, the invertor is limited only to 1000W max. However this should be OK, as the panels are not in ideal orientation (cca 45 degrees instead of optimal 30-35), and the is also some power loss on the cables to the roof.
+The panel together could produce up to 10x285 = 2850 Wats, the invertor is limited only to 1800 (max. peak 2000W). However this should be OK, as the panels are not in ideal orientation (cca 45 degrees instead of optimal 30-35), and the is also some power loss on the cables to the roof, and invertor can limit the current from panels.
 The invetor uses a sonde measuring current power consumption in the lab, so there is no electricity flow back to the public network. The sonde should be on the black power cable, with the arrow facing down.
+Fotovoltaic pannels ale connected always in a couple of 2 in serial connection (to get the proper voltage level), and couples are connected in parallel. XXX picture.
-<note inmportant>TODO: The invertor have an active cooling systems. Most of the time it can cool itself with a passive cooling system, however sometimes the fan goes on, and is quite noisy. Solve the noise level, or try to improve the pasive cooling effectivity</note>
+<note inmportant>TODO: Invertor monitoring. There is an debug port on the invertor, find out how to use it.</note>
-<note warning>Never unplug the cables from fotovoltaic system, with system on. Sparks can appear, and you can damage the inverter/cables/yourself</note>
+<note inmportant>TODO: Ad fuses, just to be sure? 2000W / 90V =~ 22A, => 25A fuse between pannels and invertor should be OK? </note>
+<note inmportant>TODO: Maybe open source/hw invertor in the future? Full featured island system?</note>
+<note warning>Never unplug the cables from fotovoltaic system, while the system is turned on. Sparks can appear, and you can damage the inverter/panels/yourself. Even with the system off, the wires will still produce a significant current when connected directly together, during the daylight</note>