Wikifab - Contributions de l’utilisateur [fr]

Pop-up Solar Generator: SunZilla 3.0

2017-08-11T08:47:19Z

SunZilla : Imported page from en.wikifab.org

{{Project
|Type=Creation
|Area=Energy
|Description=Sunzilla is an easy-to-use, modular and portable solar-powered generators to power remote areas.

The pop-up solar generator SunZilla is portable and modular. It’s a plug-and-play system that is easy to set up and doesn’t need any experts to be built from scratch. Its modularity makes it possible to adapt the system to your energy needs, especially when they change over time. We provide you all the necessary information to build and assemble a SunZilla system on your own. For the moment, there are still components in the system that are not open source, and these have to be bought off the shelf. We are working on to find open source solutions for these different parts. You are very welcome to help us. We want to empower people by providing modular and open source micro energy solutions. We all know that renewable energy sources make people more independent, but we are also convinced that they are key to decentralized and truly democratic energy production and consumption. We believe that energy grids can be built from the bottom up, step by step.
|Difficulty=Medium
|Cost=950
|Currency=EUR (€)
|Duration=2
|Duration-type=day(s)
|Licences=CERN Open Hardware Licence v1.2
|Main_Picture=Sunzilla_30_final.png
}}
<div class="row">
<div class="col-md-3 col-sm-3 col-xs-12">
* Laurin Vierrath
* Jochen Ruess
* Leonie Gildein
* Joscha Winzer
* Vivien Barnier
</div>
<div class="col-md-9 col-sm-9 col-xs-12">
<div class="row">
<div class="col-md-4 col-sm-6 col-xs-12">
<div class="how-to">
[[File:SunZilla_Step_07_04.jpg|border|link=SunZilla_-_Guide_1:_Preparing_the_aluminium_profiles]]
[[SunZilla_-_Guide_1:_Preparing_the_aluminium_profiles|<h4><span class="guide-number">Guide 1: </span>Preparing the aluminium profiles</h4>]]
<div class="project-location">
<ul>
<li>
<i class="fa fa-briefcase"></i>
<span class="location-name">Easy</span>
</li>
<li>
<i class="fa fa-money"></i>
<span class="location-name">5 USD ($)</span>
</li>
<li>
<li class="last">
<i class="fa fa-hourglass-half"></i>
<span class="location-name">1 hour(s)</span>
</li>
</ul>
</div>
</div>
</div>
<div class="col-md-4 col-sm-6 col-xs-12">
<div class="how-to">
[[File: SunZilla_G2_Final.jpg|border|link=SunZilla_-_Guide_2:_Inverter_and_battery_boxes]]
[[SunZilla_-_Guide_2:_Inverter_and_battery_boxes|<h4><span class="guide-number">Guide 2: </span>Inverter and battery boxes</h4>]]
<div class="project-location">
<ul>
<li>
<i class="fa fa-briefcase"></i>
<span class="location-name">Easy</span>
</li>
<li>
<i class="fa fa-money"></i>
<span class="location-name">5 USD ($)</span>
</li>
<li class="last">
<i class="fa fa-hourglass-half"></i>
<span class="location-name">1 hour(s)</span>
</li>
</ul>
</div>
</div>
</div>
<div class="col-md-4 col-sm-6 col-xs-12">
<div class="how-to">
[[File:SunZilla_Step_10_20.jpg|border|link=SunZilla_-_Guide_3:_Solar_box]]
[[SunZilla_-_Guide_3:_Solar_box|<h4><span class="guide-number">Guide 3: </span>Solar box</h4>]]
<div class="project-location">
<ul>
<li>
<i class="fa fa-briefcase"></i>
<span class="location-name">Easy</span>
</li>
<li>
<i class="fa fa-money"></i>
<span class="location-name">5 USD ($)</span>
</li>
<li class="last">
<i class="fa fa-hourglass-half"></i>
<span class="location-name">1 hour(s)</span>
</li>
</ul>
</div>
</div>
</div>
<div class="col-md-4 col-sm-6 col-xs-12">
<div class="how-to">
[[File:SunZilla_Step_15_12.jpg|border|link=SunZilla_-_Guide_4:_Solar_box]]
[[SunZilla_-_Guide_4:_Solar_box|<h4><span class="guide-number">Guide 4: </span>Solar box</h4>]]
<div class="project-location">
<ul>
<li>
<i class="fa fa-briefcase"></i>
<span class="location-name">Easy</span>
</li>
<li>
<i class="fa fa-money"></i>
<span class="location-name">5 USD ($)</span>
</li>
<li class="last">
<i class="fa fa-hourglass-half"></i>
<span class="location-name">1 hour(s)</span>
</li>
</ul>
</div>
</div>
</div>
<div class="col-md-4 col-sm-6 col-xs-12">
<div class="how-to">
[[File:SunZilla_Step_13_11.jpg|border|link=SunZilla_-_Guide_5:_Assembling_solar_panels_frames]]
[[SunZilla_-_Guide_5:_Assembling_solar_panels_frames|<h4><span class="guide-number">Guide 5: </span>Assembling solar panels frames</h4>]]
<div class="project-location">
<ul>
<li>
<i class="fa fa-briefcase"></i>
<span class="location-name">Easy</span>
</li>
<li>
<i class="fa fa-money"></i>
<span class="location-name">5 USD ($)</span>
</li>
<li class="last">
<i class="fa fa-hourglass-half"></i>
<span class="location-name">1 hour(s)</span>
</li>
</ul>
</div>
</div>
</div>
<div class="col-md-4 col-sm-6 col-xs-12">
<div class="how-to">
[[File:Sunzilla_Assembly_03.png|border|link=SunZilla_-_Setup_manual]]
[[SunZilla_-_Setup_manual|<h4><span class="guide-number">Guide 6: </span>Setup Manual</h4>]]
<div class="project-location">
<ul>
<li>
<i class="fa fa-briefcase"></i>
<span class="location-name">Easy</span>
</li>
<li>
<i class="fa fa-money"></i>
<span class="location-name">5 USD ($)</span>
</li>
<li class="last">
<i class="fa fa-hourglass-half"></i>
<span class="location-name">1 hour(s)</span>
</li>
</ul>
</div>
</div>
</div>
</div>
</div>
</div>
{{Separator}}
<span class="hide"><a href="/index.php?title=Check_this_box_when_the_tutorial_is_complete&action=edit&redlink=1" class="new" title="Check this box when the tutorial is complete (page does not exist)">Check this box when the tutorial is complete</a></span>
{{Notes
|Notes=* Want to find out about the latest project developments? Visit [http://sunzilla.de our website]
}}

SunZilla - Guide 1: Preparing the aluminium profiles

2017-08-11T08:46:29Z

SunZilla : Imported page from en.wikifab.org

{{Tuto Details
|SourceLanguage=en
|Language=en
|IsTranslation=0
|Type=Creation
|Area=Energy, Play & Outside
|Description=This is the second tutorial for building the Pop-up Solar Generator: SunZilla 3.0. Here we are going to build the inverter and battery box
|Difficulty=Medium
|Cost=128
|Currency=EUR (€)
|Duration=24
|Duration-type=hour(s)
|Licences=Attribution (CC BY)
|Main_Picture=SunZilla_Step_07_04.jpg
}}
{{Introduction
|Introduction=Preparing the aluminium profiles
}}
{{Materials
|Material=* Black Euro-Boxes: 80€
* 4 Solar modules (à 35 Watt): 200€
* Inverter victron phoenix 24/350: 153€
* Charge Controller: blue solar 100/15: 115€
* 2 Batteries Agm 38 yuasa: 180€
* Connectors, cables: 100€
* Screws, Aluminium profiles, etc.: 200€
|Tools=* Drills
* Drilling machine (drill press)
* Wrenches
* Soldering station
* Pliers
* Aluminium file
* Centre punch
* Rubber and metal hammers
* Ruler
* Set square
* Marker pen
* Mitre saw (for aluminium)
* Milling cutter
* Silicon pistol
* Countersinking cutter
|Step_Picture_00=SunZilla_Step_01_01.jpg
|Step_Picture_01=SunZilla_Step_01_02.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Title=Cut the aluminum profiles
|Step_Content=Cut the aluminum profiles according to the technical drawings in the attached PDFs. Once you have them in hand, the first step is to file the ends of the profiles to deburr them, as shown in the picture.
|Step_Picture_00=SunZilla_Step_02_01.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Mark hole's positions
|Step_Content=Mark the position of the hole you will drill with the metal marker and the ruler. For the precise location and size of the various holes in the specific profiles, refer to the technical drawings in the below PDFs.
|Step_Picture_00=SunZilla_Step_04_01.jpg
|Step_Picture_01=SunZilla_Step_04_02.jpg
|Step_Picture_02=SunZilla_Step_04_03.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Drill holes with the drill press
|Step_Content=Afterwards, the marked positions need to be punched with the centre punch and then the holes can be drilled with the drill press.

After the holes are drilled they also need to be deburred by a countersinking cutter.
|Step_Picture_00=SunZilla_Step_05_01.jpg
|Step_Picture_01=SunZilla_Step_05_02.jpg
|Step_Picture_02=SunZilla_Step_05_03.jpg
|Step_Picture_03=SunZilla_Step_05_04.jpg
|Step_Picture_04=SunZilla_Step_06_01.jpg
|Step_Picture_05=SunZilla_Step_06_02.jpg
}}
{{Tuto Step
|Step_Title=Cut open on one side
|Step_Content=For the 4 x 150mm long square profiles, you should use the .PDF technical drawing "Folding Mech.- slides.pdf".

{{Pin|Text= the length is incorrectly indicated as 200mm in the technical drawing.}}

These will be cut open on one side like on the first picture beside.
|Step_Picture_00=SunZilla_Step_07_01.jpg
|Step_Picture_01=SunZilla_Step_07_02.jpg
|Step_Picture_02=SunZilla_Step_07_03.jpg
|Step_Picture_03=SunZilla_Step_07_04.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Notes}}

SunZilla - Setup manual

2017-08-11T08:46:16Z

SunZilla : Imported page from en.wikifab.org

{{Tuto Details
|SourceLanguage=en
|Language=en
|IsTranslation=0
|Type=Technique
|Area=Energy
|Description=This is the Sunzilla 3.0 assembly manual with Safety Instructions. This manual explains how to commission and decommission the SunZilla 3.0. and includes imporant safety information. PLEASE DO NOT ATTEMPT TO USE THE SUNZILLA 3.0 UNTIL YOU HAVE READ THIS MANUAL!
|Difficulty=Easy
|Cost=0
|Currency=EUR (€)
|Duration=20
|Duration-type=minute(s)
|Licences=CERN Open Hardware Licence v1.2
|Main_Picture=Sunzilla_Assembly_03.png
}}
{{Introduction
|Introduction='''Technical details:'''
* Solar peak Power: 140W
* Maximum AC-output of pure sinus inverter: 350W (700W peakload)
* Effectiv battery storage: 600 Wh
}}
{{Separator}}
{{Materials
|Material=Get the three boxes :
1. The left one (A) is the battery box
2. The mid- dle one (B) the solar box
3. The right one (C) the socket box

Open the solar module box, and get the solar cells, the cables, the aluminium profiles and the 8 screws outside.
|Step_Picture_00=Sunzilla_Assembly_01.png
|Step_Picture_01=Sunzilla_Assembly_02.png
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Title=Connect the three boxes
|Step_Content=Press the cable inside when both white points match and turn the blue top unit of the cable to lock.
|Step_Picture_00=Sunzilla_Assembly_04.png
|Step_Picture_01=Sunzilla_Assembly_05.png
|Step_Picture_02=Sunzilla_Assembly_07.png
|Step_Picture_03=Sunzilla_Assembly_06.png
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Close the solar module box
|Step_Content=Close the solar module box, put the two long aluminium profiles in their holes. Open slightly the box and insert two screws to lock the profiles. Choose the same holes in the middle and be sure to do the same on both sides.
|Step_Picture_00=Sunzilla_Assembly_08.png
|Step_Picture_01=Sunzilla_Assembly_09.png
|Step_Picture_02=Sunzilla_Assembly_10.png
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Insert the aluminium profiles
|Step_Content=Take the shorter aluminium profiles, insert them as shown on the pic and lock them.
|Step_Picture_00=Sunzilla_Assembly_11.png
|Step_Picture_01=Sunzilla_Assembly_12.png
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Pull down the elastic bands
|Step_Picture_00=Sunzilla_Assembly_13.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=Take the solar cells. Unfold them and shift the aluminium edges at all four sides
|Step_Picture_00=Sunzilla_Assembly_14.png
|Step_Picture_01=Sunzilla_Assembly_15.png
|Step_Picture_02=Sunzilla_Assembly_16.png
|Step_Picture_03=Sunzilla_Assembly_17.png
|Step_Picture_04=Sunzilla_Assembly_18.png
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=Take the upper part of the solar module and connect the whole solar module with the upper aluminium profile. Be sure that the solar module is on the left side of the aluminium profile. Connect also the lower part.
|Step_Picture_00=Sunzilla_Assembly_19.png
|Step_Picture_01=Sunzilla_Assembly_20.png
|Step_Picture_02=Sunzilla_Assembly_21.png
|Step_Picture_03=Sunzilla_Assembly_22.png
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=Connect the cables from the solar cells to the solar module box.
|Step_Picture_00=Sunzilla_Assembly_23.png
|Step_Picture_01=Sunzilla_Assembly_24.png
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Switch on battery box
|Step_Content=Switch on battery box. Green light should turn on
|Step_Picture_00=Sunzilla_Assembly_25.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Switch on socket box
|Step_Content=Switch on socket box. Green light should turn on
|Step_Picture_00=Sunzilla_Assembly_26.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Plug in consumer
|Step_Picture_00=Sunzilla_Assembly_27.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Dismanteling
|Step_Content={{Caution|Text=IMPORTANT!! DANGER!! READ DISMANTLING MANUAL!!}}

At Dismanteling, you MUST follow the right order of these steps, otherwise you could be hurt.
|Step_Picture_00=No-image-yet.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Switch off Socket Box if switched on
|Step_Content=Switch off Socket Box if switched on
|Step_Picture_00=Sunzilla_Assembly_28.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Turn Solar Panels out of sun
|Step_Content=Turn Solar Panels out of sun and cover at least one Solar-Panel (for exam- ple with Pullover)
|Step_Picture_00=Sunzilla_Assembly_29.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Disconnect Solar-Connectors
|Step_Picture_00=Sunzilla_Assembly_30.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Switch off Battery box
|Step_Picture_00=Sunzilla_Assembly_31.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Unplug / detach orange cables
|Step_Picture_00=18.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Switch on Socket box again
|Step_Content=Switch on Socket box again until green light is off (to discharge local en-
ergy storage), then switch OFF again!

YOU’RE DONE!
|Step_Picture_00=Sunzilla_Assembly_33.png
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Notes}}

SunZilla - Guide 5: Assembling solar panels frames

2017-08-11T08:46:13Z

SunZilla : Imported page from en.wikifab.org

{{Tuto Details
|SourceLanguage=en
|Language=en
|IsTranslation=0
|Type=Creation
|Area=Energy
|Description=This is the fifth tutorial for building the Pop-up Solar Generator: SunZilla 3.0. Here we are going to assemble the solar panels frames
|Difficulty=Medium
|Cost=200
|Currency=EUR (€)
|Duration=1
|Duration-type=hour(s)
|Licences=Attribution (CC BY)
|Main_Picture=SunZilla_Step_13_11.jpg
}}
{{Introduction}}
{{Separator}}
{{Materials
|Material=* 6 x Hinges, 24mm (l) x 20mm (w) x 1mm (th)
* 4 x L-Aluminium profile, 558mm (l) x 20mm (w) x 2mm (th)
* 4 x Squared aluminium profile (better rectangular profiles with 20mm x 8mm), 150mm (l) x 20mm (w) x 2mm (th)
* 4 x T-Aluminium profiles, 560mm (l) x 15mm (w) x 15mm (h)x 2mm (th)
* 4 x T-Aluminium profiles, 435mm (l) x 15mm (w) x 15mm (h)x 2mm (th)
* 2 x L-Aluminium profiles, 545mm (l) x 15mm (w) x 15mm (h)x 2mm (th)
* 4 x L-Aluminium profiles, 420mm (l) x 15mm (w) x 15mm (h)x 2mm (th)
* 24 x Hexagonal bolts, M3 x 8mm (l)
* 24 x washers, M3
* 24 x Self-locking nuts, M3
* 36 x Countersunk bolts, M5 x 10mm (l)
* 36 x Self-locking nuts, M5
* 36 x washers, M5
* 8 x Wing bolts, M6 x 20mm (l)
* 4 x Semi-flexible mono-crystalline PV-modules, in this case, we've used the SUPERFLEX SGM-FL-35W, 12 V, 35 Wp

'''For cables:'''
* 1 x Female M4-plug
* 1 x Male M4-plug
* 3 x Heat shrink tubes (short), for 4 mm² cables
|Step_Picture_00=SunZilla_Step_13_01.jpg
|Step_Picture_01=SunZilla_Step_13_02.jpg
|Step_Picture_02=SunZilla_Step_13_03.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Title=Drill the PV-module needs
|Step_Content=You can find the positions and diameter of the holes in the .PDF technical drawing which you can download below. For marking those of the PV-modules use a marker pen. For drilling use a metal or wood drill. Two of the 20mm-L-profiles need to have a slot cut along one side; the position of the slots is shown in the .PDF technical drawing downloadable below. These slots will allow the angle of incidence can be adjusted. To slot the profile you should use a milling cutter.
|Step_Picture_00=SunZilla_Step_13_05.jpg
|Step_Picture_01=SunZilla_Step_13_04.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Connect the profiles on the backside of the modules
|Step_Content=After drilling, connect the profiles on the backside of the modules with the M5-10mm countersunk bolts, nuts and washers. Take care to place the washer on the side of the nut.
|Step_Picture_00=SunZilla_Step_13_06.jpg
|Step_Picture_01=SunZilla_Step_13_07.jpg
|Step_Picture_02=SunZilla_Step_13_08.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=The frames for the solar modules are made of T- and L-profiles, as shown here:
|Step_Picture_00=SunZilla_Step_13_09.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=And they are connected with hinges so they can be unfolded.
|Step_Picture_00=SunZilla_Step_13_10.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=When the panel assembly is unfolded, it is held open and flat using the 15 cm long squared aluminium profiles that were cut open on one side. These slide on over the T-profiles from a corner of the unfolded assembly and sit in place halfway up the side of the assembly, as shown.
|Step_Picture_00=SunZilla_Step_13_12.jpg
|Step_Picture_01=SunZilla_Step_13_13.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=The cut square and T-profiles both fit together.

You already drilled fastening holes in the T- and L-Profiles according to the instructions in Step 3 “Preparing the Aluminum Profiles”. The holes to attach the hinges in the L-profiles are different, because they need to be placed according to the hinges you have, and this will vary. To mark the position, place the hinge 5 cm from the end of the profile not on the side of the other holes, like you can see it in the following picture. Then mark the holes with a metal marker.
|Step_Picture_00=SunZilla_Step_13_16.jpg
|Step_Picture_01=SunZilla_Step_13_15.jpg
|Step_Picture_02=SunZilla_Step_13_17.jpg
|Step_Picture_03=SunZilla_Step_13_18.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Solar Module Cables
|Step_Content=After the solar modules are connected to the folding mechanism, their cables need to be connected and fixed. The first step is to bring the cables to the backside of the solar panels. Drill holes as you can see near to the connection box of the panels. Afterwards you can push the cables to the other side.
|Step_Picture_00=SunZilla_Step_14_01.jpg
|Step_Picture_01=SunZilla_Step_14_05.jpg
|Step_Picture_02=SunZilla_Step_14_03.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=The cables need to be soldered in series as you can see in attached wiring diagram. So you connect the positive pole of one panel with negative pole of the following. To do so you have to lay the cables in some cases through the profiles in between. So that they are not squeezed when the panels are folded. Therefore, drill a hole through the profile and push the cable through. Protect the cable and hold it in position in the hole with small piece of rubber. Insulate the soldered connections with the heat shrinking tubes.
|Step_Picture_00=SunZilla_Step_14_06.jpg
|Step_Picture_01=SunZilla_Step_14_07.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=At the end you have to connect the appropriate M4 plug at the positive and the negative pole, respectively.
|Step_Picture_00=SunZilla_Step_14_09.jpg
|Step_Picture_01=SunZilla_Step_14_08.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Notes}}

SunZilla - Guide 4: Solar box

2017-08-11T08:46:10Z

SunZilla : Imported page from en.wikifab.org

{{Tuto Details
|SourceLanguage=en
|Language=en
|IsTranslation=0
|Type=Creation
|Area=Electronics
|Description=This is the forth tutorial for building the Pop-up Solar Generator: SunZilla 3.0. Here we are going to build the solar box.
|Difficulty=Easy
|Cost=100
|Currency=EUR (€)
|Duration=1
|Duration-type=hour(s)
|Licences=Attribution (CC BY)
|Main_Picture=SunZilla_Step_15_12.jpg
}}
{{Introduction}}
{{Separator}}
{{Materials
|Material='''For the Solar Box Lid:'''
* 8 x Bicycle spokes, around 150 mm long
* 1 x Plywood, Min. 1200 (L) x 400 (W) x 18 (th)

'''For sockets and Switches:'''
* 2 x LED (Green)
* 1 x Switch, DC
* 6 x Female Connector WEIPU SP21 (These are what we used in our prototype, but we actually do not recommend to use the Weipu sockets and plugs as they easily slip out of the boxes)
* 1 x DC-switch
* 1 x ¼ EURO norm box, with lid, 742mm (H) x 600mm (L) x 400mm (W) (Usable: 732mm (H) x 570mm (L) x 370mm (W)
* 2 x 1/8 EURO norm box, with lid, 230mm (H) x 400mm (L) x 300mm (W) (Usable: 208mm (H) x 370mm (L) x 270mm (W)
|Step_Picture_00=SunZilla_Step_15_03.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Title=Preparing the Solar Box Lid
|Step_Content=Take the ¼ EURO norm box with lid.

For the mounting system of the solar panels holes in the lid of the solar box are required. In this way the square profile of the mounting system can move in and out of the box.

To do this holes first close the lid of the box with the mounting system inside give it a light knock with a rubber hammer on the lid surface where the tops of the mounting structure contact the inside of the lid. The plastic of the lid will dent outward forming square marks showing the position of the vertical profiles of the inside structure.

Now you can drill holes in the middle of the marked squares and cut them out with a cutter. Be as precise as possible.
|Step_Picture_00=SunZilla_Step_11_01.jpg
|Step_Picture_01=SunZilla_Step_11_02.jpg
|Step_Picture_02=SunZilla_Step_11_03.jpg
|Step_Picture_03=SunZilla_Step_11_05.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Get 8 spokes
|Step_Picture_00=SunZilla_Step_12_02.jpg
|Step_Picture_01=SunZilla_Step_12_03.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Box Joins
|Step_Content=To physically anchor the the boxes together, the joins need to be added. The joins hold the boxes in place on a wooden foot structure. This structure can be CNC-milled with the provided .DMX source file, which you can download below. You can also old-school wood-craft them, following the .PDF technical drawing, also downloadable below.

After milling the foot structure, put the boxes in their places and drill 4 holes through the outside bottom rim of each box and the underlying wooden structure. Using these holes, the different parts are connected by a bent bicycle spoke. The shape of the spoke can be seen in the following figure.

The shape of the spoke can be seen in the following figure bellow.

The height of the “mouth” of the bent spoke depends on the thickness of the wooden foot (see diagram). It should 2-4 mm less than the added thickness of the box and the wooden foot. To bend the spoke, start from one side of the spoke and do one bending after the other by holding the spoke with pliers and bending then the longer end of the spoke with your hand in the shape you like.
|Step_Picture_00=SunZilla_Step_12_04.jpg
|Step_Picture_01=SunZilla_Step_12_05.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Sockets and Switches
|Step_Content=The order of the different pins of the plugs and sockets can be found in following photo. Connection one is for 1st communication (blue cable), two is minus, 3 is plus and no 4 is the 2nd communication (black cable).
|Step_Picture_00=SunZilla_Step_15_02.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=Switches and sockets To insert the switches, sockets and the LEDs to the boxes, first the holes on the outside of the box need to be drilled and/ or cut for the switches and sockets respectively. Use 22mm- Drill to drill the holes for the sockets and a 5mm drill for the LEDs. For the switch and the AC-socket, first mark the position and the dimensions of the switch, then drill a small hole inside this dimensions and finally cut the hole out with the cutter.
|Step_Picture_00=SunZilla_Step_15_04.jpg
|Step_Picture_01=SunZilla_Step_15_05.jpg
|Step_Picture_02=SunZilla_Step_15_06.jpg
|Step_Picture_03=SunZilla_Step_15_07.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=Once the holes are done, the sockets can be attached into them, by placing them from the outside with the thread ahead into the hole and then screw them tightly with the nut from the inside. The switch also needs to be inserted into the hole from the outside with the contacts ahead. Afterwards, the connection between the switch and the box needs to be made waterproof with silicon.
|Step_Picture_00=SunZilla_Step_15_08.jpg
|Step_Picture_01=SunZilla_Step_15_09.jpg
|Step_Picture_02=SunZilla_Step_15_10.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=All these components should be located in the upper third of the boxes, and centred in the façade. In the case of the solar box, they should be horizontally centred on the longer side, where there the two horizontal profiles of the inner structure (as in the below diagram). For the battery- and inverter/socket-box, they should be horizontally centred on one of the shorter sides.
|Step_Picture_00=SunZilla_Step_15_12.jpg
|Step_Picture_01=SunZilla_Step_15_11.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Notes}}

SunZilla - Guide 3: Solar box

2017-08-11T08:46:09Z

SunZilla : Imported page from en.wikifab.org

{{Tuto Details
|SourceLanguage=en
|Language=en
|IsTranslation=0
|Type=Creation
|Area=Energy
|Description=This is the third tutorial for building the Pop-up Solar Generator: SunZilla 3.0. Here we are going to build the solar box.
|Difficulty=Medium
|Cost=200
|Currency=EUR (€)
|Duration=2
|Duration-type=hour(s)
|Licences=Attribution (CC BY)
|Main_Picture=SunZilla_Step_10_20.jpg
}}
{{Introduction
|Introduction=In the case of the solar box, the inner structure is constructed using square aluminium profiles.

Having already drilled holes in the prepared square aluminum profiles as specified in the "mounting system" technical drawing PDFs (see step 3), this step is about assembling them to form the inner structure of the solar box.
}}
{{Separator}}
{{Materials
|Material=* 4 x Squared aluminium profiles, 732 (l) x 25 (w) x 2 (th)
* 2 x Squared aluminium profiles, 200 (l) x 20 (w) x 2 (th)
* 2 x Squared aluminium profiles, 515 (l) x 20 (w) x 2 (th)
* 3 x Squared aluminium profiles, 560 (l) x 15 (w) x 2 (th)
* 4 x Squared aluminium profiles, 370 (l) x 15 (w) x 2 (th)
* 14 x Hexagonal bolts, M6 x 50 (l)
* 14 x Self-locking nuts, M6
* 28 x Washers, M6
* 4 x (Wing) bolts, M6 x 40 (l)
* 8 x Wing nuts, M6
* 4 x (Wing) bolts, M6 x 30 (l)
|Tools=The positions can be seen in the following technical drawings. The profiles can be screwed together with bolts, washers and nuts.
|Step_Picture_00=SunZilla_Step_10_02.jpg
|Step_Picture_01=SunZilla_Step_10_03.jpg
|Step_Picture_02=SunZilla_Step_10_05.jpg
|Step_Picture_03=SunZilla_Step_10_06.jpg
|Step_Picture_04=SunZilla_Step_10_04.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Content=First, connect the 25 mm wide vertical profiles with the 2 long 15 mm wide horizontal profiles, like you can see in the following photos.
|Step_Picture_00=SunZilla_Step_10_07.jpg
|Step_Picture_01=SunZilla_Step_10_09.jpg
|Step_Picture_02=SunZilla_Step_10_10.jpg
|Step_Picture_03=SunZilla_Step_10_11.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla_Step_10_12.jpg
|Step_Picture_01=SunZilla_Step_10_13.jpg
|Step_Picture_02=SunZilla_Step_10_15.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=Then attach the short horizontal profiles to one of the already connected sides. Finally, connect the two parts.
|Step_Picture_00=SunZilla_Step_10_18.jpg
|Step_Picture_01=SunZilla_Step_10_19.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Content=So that you get the following structure in the end.
|Step_Picture_00=SunZilla_Step_10_20.jpg
|Step_Picture_01=SunZilla_Step_10_01.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Notes}}

SunZilla - Guide 2: Inverter and battery boxes

2017-08-11T08:46:07Z

SunZilla : Imported page from en.wikifab.org

{{Tuto Details
|SourceLanguage=en
|Language=en
|IsTranslation=0
|Type=Creation
|Area=Energy
|Description=This is the second tutorial for building the Pop-up Solar Generator: SunZilla 3.0. Here we are going to build the inverter and battery box
|Difficulty=Medium
|Cost=100
|Currency=EUR (€)
|Duration=3
|Duration-type=hour(s)
|Licences=Attribution (CC BY)
|Main_Picture=SunZilla G2 Final.jpg
}}
{{Introduction}}
{{Separator}}
{{Materials
|Step_Picture_00=No-image-yet.jpg
|Step_Picture_01=No-image-yet.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Title=Inverter Box (1/8 pallet Euro norm box)
|Step_Content=To make sure that the inverter can't move around inside the inverter boxes, an inner mounting structure is required. The inverter attaches to the mounting structure, fixing it in place. The mounting structure is fabricated using laser cut wood structures. The .DXF source files for the laser cutting can be downloaded below.

When using the files with the laser cutter, refer to the laser cutter tutorial.

The inverter and its mounting structure fit inside one of the 1/8 EURO norm boxes, which have external dimensions of 230mm (H) x 400mm (L) x 300mm (W), and usable internal dimensions of 208mm (H) x 370mm (L) x 270mm (W).

One piece of plywood measuring 800mm (L) x 600mm (W) x 10mm (th) is sufficient to laser cut parts for both the inverter and battery boxes' internal structures (see next step).

{{Pin|Text=We have used the Victron Phoenix-Inverter-350 with a spec of 350 VA, 24 V and dimensions of 72mm (H) x155mm (W) x237mm (D). If you use a different inverter, it will probably have a different form factor, and you will likely have to adjust the .DXF files accordingly.}}

{{Idea|Text=If you don't have access or prefer not to use a laser cutter, the inner structures can also be built by hand using normal wood crafting techniques with a jigsaw and wood drills. Therefore, the .PDF technical drawings of the structures can also be downloaded below.}}
|Step_Picture_00=SunZilla_Step_08_01.jpg
|Step_Picture_01=SunZilla_Step_08_02.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla_Step_08_04.jpg
|Step_Picture_01=SunZilla_Step_08_03.jpg
|Step_Picture_02=SunZilla_Step_08_05.jpg
|Step_Picture_03=SunZilla_Step_08_06.jpg
|Step_Picture_04=SunZilla_Step_08_07.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Title=Battery Box (1/8 pallet Euro norm box)
|Step_Content=To make sure that the battery can´t move around inside the battery boxes, an inner mounting structure is required. The batteries are held in place by the mounting structure, and no physical attachment is required. As with the inverter box, the battery box mounting structure is fabricated using laser cut wood structures. The .DXF source files for the laser cutting can be downloaded below.

When using the files with the laser cutter, refer to the laser cutter tutorial.

The batteries and their mounting structure fit inside one of the 1/8 EURO norm boxes, which have external dimensions of 230mm (H) x 400mm (L) x 300mm (W), and usable internal dimensions of 208mm (H) x 370mm (L) x 270mm (W).

As mentioned in the previous step, one piece of plywood measuring 800mm (L) x 600mm (W) x 10mm (th) is sufficient to laser cut parts for both the inverter and battery boxes' internal structures.

{{Pin|Text=We have used Yuasa NP 38-12B batteries with a spec of 12 V, 38,5 Ah, and individual dimensions of 170mm (H) x 197mm (L) x 165mm (W). If you use different batteries, it will probably have a different form factor, and you will likely have to adjust the .DXF files accordingly.}}

{{Idea|Text=If you don't have access or prefer not to use a laser cutter, the inner structure can also be built by hand using normal wood crafting techniques with a jigsaw and wood drills. Therefore, the .PDF technical drawings of the structures can also be downloaded below.}}
|Step_Picture_00=SunZilla_Step_09_01.jpg
|Step_Picture_01=SunZilla_Step_09_02.jpg
|Step_Picture_02=No-image-yet.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla_Step_09_05.jpg
|Step_Picture_01=SunZilla_Step_09_03.jpg
|Step_Picture_02=SunZilla_Step_09_04.jpg
|Step_Picture_03=No-image-yet.jpg
|Step_Picture_04=No-image-yet.jpg
|Step_Picture_05=No-image-yet.jpg
}}
{{Notes}}

SunZilla : Générateur d'énergie solaire portable

2016-09-29T07:11:55Z

SunZilla :

{{Tuto Details
|Type=Création
|Area=Sport & Extérieur, Énergie, Machines & Outils
|Description=Le générateur SunZilla fournit une énergie alternative propre et facile à utiliser. Il est conçu pour fonctionner dans les régions éloignées et deconnectées du réseau éléctrique, des camps de réfugiés, en cas de situations d’urgence ou bien lors d’événements en plein air. Le système SunZilla combine quatre caractéristiques uniques: il est open source, portable, modulaire et facile à utiliser avec une approche plug-and-play.
|Difficulty=Moyen
|Cost=950
|Currency=EUR (€)
|Duration=2
|Duration-type=jour(s)
|Licences=CERN Open Hardware Licence v1.2
|Main_Picture=SunZilla___G_n_rateur_d_nergie_solaire_portable_Sunzilla_30_final.png
}}
{{Introduction
|Introduction=Nos ambitions vont bien au-delà de la production d’énergie, car nous envisageons toute une gamme d’applications pour notre système (tels que la purification d‘eau, le refroidissement, le chauffage, et les télécommunications) avec l’intention de construire une communauté de développement Open Source pour les modules qui rendront ces applications possibles . Nous voulons éclairer les gens en fournissant une solution de micro-énergie modulaire utilisant un modèle open-source pour décentraliser et démocratiser la production et la consommation d’énergie en rendant les gens moins dépendants du système insoutenable existant.
}}
{{Materials
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_01_01.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_01_02.jpg
}}
{{Separator}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_02_01.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla_G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_02_01.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_04_01.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_04_02.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_04_03.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_05_01.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_05_02.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_05_03.jpg
|Step_Picture_03=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_05_04.jpg
|Step_Picture_04=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_06_01.jpg
|Step_Picture_05=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_06_02.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_07_01.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_07_02.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_07_03.jpg
|Step_Picture_03=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_07_04.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla_rateur_d_nergie_solaire_portable_SunZilla_Step_08_01.jpg
|Step_Picture_01=SunZillarateur_d_nergie_solaire_portable_SunZilla_Step_08_02.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_08_03.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_08_04.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_08_05.jpg
|Step_Picture_03=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_08_06.jpg
|Step_Picture_04=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_08_07.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_09_01.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_09_02.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_09_03.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_09_04.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_09_05.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_02.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_03.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_05.jpg
|Step_Picture_03=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_06.jpg
|Step_Picture_04=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_04.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_07.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_08.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_09.jpg
|Step_Picture_03=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_10.jpg
|Step_Picture_04=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_11.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_12.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_13.jpg
|Step_Picture_02=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_14.jpg
|Step_Picture_03=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_15.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_18.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_19.jpg
}}
{{Tuto Step
|Step_Picture_00=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_20.jpg
|Step_Picture_01=SunZilla___G_n_rateur_d_nergie_solaire_portable_SunZilla_Step_10_01.jpg
}}
{{Tuto Step
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{{Tuto Step
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{{Tuto Step
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{{Tuto Step
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{{Tuto Step
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{{Tuto Step
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{{Tuto Step
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{{Tuto Step
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Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 03.jpg

2016-09-29T07:10:44Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 12.jpg

2016-09-29T07:10:10Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 11.jpg

2016-09-29T07:10:07Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 10.jpg

2016-09-29T07:09:56Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 09.jpg

2016-09-29T07:09:54Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 08.jpg

2016-09-29T07:09:52Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 07.jpg

2016-09-29T07:09:44Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 06.jpg

2016-09-29T07:09:43Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 05.jpg

2016-09-29T07:09:39Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 04.jpg

2016-09-29T07:09:37Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 15 02.jpg

2016-09-29T07:09:07Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 12 05.jpg

2016-09-29T07:08:50Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 12 04.jpg

2016-09-29T07:08:46Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 12 03.jpg

2016-09-29T07:08:35Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 12 02.jpg

2016-09-29T07:08:33Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 11 05.jpg

2016-09-29T07:08:28Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 11 03.jpg

2016-09-29T07:08:26Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 11 02.jpg

2016-09-29T07:08:23Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 11 01.jpg

2016-09-29T07:08:19Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

SunZilla : Générateur d'énergie solaire portable

2016-09-29T07:07:13Z

SunZilla :

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 01.jpg

2016-09-29T07:06:46Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 20.jpg

2016-09-29T07:06:34Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 19.jpg

2016-09-29T07:06:22Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 18.jpg

2016-09-29T07:06:19Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 15.jpg

2016-09-29T07:05:55Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 14.jpg

2016-09-29T07:05:54Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 13.jpg

2016-09-29T07:05:52Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 12.jpg

2016-09-29T07:05:50Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 11.jpg

2016-09-29T07:05:14Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 10.jpg

2016-09-29T07:05:01Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 09.jpg

2016-09-29T07:04:59Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 08.jpg

2016-09-29T07:04:57Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 07.jpg

2016-09-29T07:04:56Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 04.jpg

2016-09-29T07:04:49Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 06.jpg

2016-09-29T07:04:45Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 05.jpg

2016-09-29T07:04:43Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 03.jpg

2016-09-29T07:04:34Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 10 02.jpg

2016-09-29T07:04:32Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 09 05.jpg

2016-09-29T07:03:40Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 09 04.jpg

2016-09-29T07:03:37Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 09 03.jpg

2016-09-29T07:03:32Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload

Fichier:SunZilla G n rateur d nergie solaire portable SunZilla Step 09 02.jpg

2016-09-29T07:03:25Z

SunZilla : Fichier téléversé avec MsUpload

Fichier téléversé avec MsUpload