Difference between revisions of "Conception et réalisation d'un séchoir solaire autonome"

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|Main_Picture=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG_20210224_155127_436.jpg
 
|Main_Picture=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG_20210224_155127_436.jpg
 
|Licences=Attribution (CC BY)
 
|Licences=Attribution (CC BY)
|Description=<translate>Conception et réalisation d'un séchoir solaire autonome type tunnel</translate>
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|Description=<translate>Conception et réalisation d'un séchoir solaire autonome type tunnel (DIY)</translate>
 
|Area=Food, Energy
 
|Area=Food, Energy
 
|Type=Prototype
 
|Type=Prototype
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|Cost=20
 
|Cost=20
 
|Currency=EUR (€)
 
|Currency=EUR (€)
|Tags=séchage principalement des épices et autres fruits dans la region du nord Cameroun
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|Tags=séchage principalement des épices et autres fruits dans la region du nord Cameroun, DIY, séchoir solaire,, séchoir autonome type tunnel, Agriculture, Récupération, Semis, Semoir, Bouchons, Bois, Animation, atelier, énergie, alimentation, conservation, énergie solaire, serre, serre tunnel, palette, abris
 
}}
 
}}
 
{{Introduction
 
{{Introduction
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}}
 
}}
 
{{Materials
 
{{Materials
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|Step_Picture_04=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG-20220407-WA0013.jpg
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|Material=<translate>* Des planches en bois L 1,30 m l 1m
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* Panneaux solaire 10 watts
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* Deux (02) ventilateurs 24volt 0,12 A
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* 1 bâche alimentaire
 +
* De la résine noire alimentaire
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* Du grillage pour plantations ou tout simplement un morceau de moustiquaire
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* Du soleil ;)</translate>
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|Tools=<translate>Des clous et matos de bricolage</translate>
 
}}
 
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{{Tuto Step
 
{{Tuto Step
|Step_Title=<translate>Matériels</translate>
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|Step_Title=<translate>Matériels et Dimensionnement (Voir vidéo)</translate>
|Step_Content=<translate>1-des planches en bois L 1,30 m l 1m
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|Step_Content=<translate>* des planches en bois L 1,30 m l 1m
 
+
* panneaux solaire 10 watts  
1-panneaux solaire 10 watts  
+
* 2 ventilateurs 24volt 0,12 A  
 
+
* 1 bâche alimentaire  
2- ventilateurs 24volt 0,12 A  
+
* de la résine noire alimentaire
 
+
* du grillage pour plantations ou tout simplement un morceau de moustiquaire  
1 bâche alimentaire  
+
* des clous et matos de bricolage
 
+
* du soleil ;)<br /></translate>
- de la résine noire alimentaire
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|Step_Picture_00=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG_20210217_154027_508.jpg
 
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|Step_Picture_01=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG_20210224_155127_436.jpg
- du grillage pour plantations ou tout simplement un morceau de moustiquaire  
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|Step_Picture_02=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_VID-20220407-WA0012.mp4
 
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|Step_Picture_03=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_WhatsApp_Image_2022-04-16_at_07.28.29.jpeg
- des clous et matos de bricolage
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|Step_Picture_04=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG-20220407-WA0016.jpg
 
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|Step_Picture_05=Conception_et_r_alisation_d_un_s_choir_solaire_autonome_IMG-20220407-WA0015.jpg
- du soleil ;)  
 
 
 
<br /></translate>
 
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{{Tuto Step
 
{{Tuto Step
|Step_Title=<translate>Conception voir mémoire</translate>
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|Step_Title=<translate>Fixer les ventilateurs récupérés d'anciens ordinateurs et le panneau solaire</translate>
|Step_Content=<translate>la conception est basique voir séchoir solaire tunnel nous avons mis à votre disposition le principe de fonctionnement dans le mémoire :https://www.dropbox.com/scl/fi/xm2ua9r9r9v4wbrieaxxi/memoire.docx?dl=0&rlkey=m5jtuvrnqwp8oh0f9mzwd28w9
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|Step_Content=<translate># Assemblage du bois de récupération en forme conique ''(comme sur le schéma image 1)''
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# Fixer au montage le ventilateur et le panneau solaire suivant les indications de l'image 1
  
  
Wir haben euch unsere Bachelorarbeit hinterlassen ,falls sie mehr darüber lesen wollen einfach mal reinschauen</translate>
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'''''<u>Note :</u> La partie noire permet d’absorber la chaleur, la partie intacte permet de réguler la température pour le séchage optimal des aliments.'''''</translate>
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{{Tuto Step
 
{{Tuto Step
|Step_Title=<translate>Utilisation</translate>
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|Step_Title=<translate>Test, sécher les aliments selon leur teneur en eau (maïs, tomate, oignons, manioc, légumes, fruit...)</translate>
 
|Step_Content=<translate>Elle est principalement liée ici au Cameroun aux zones touchées par la sécheresse comme le grand Nord: le prototype s'appuie sur le séchage de jour comme de nuit et des éléments y sont ajoutés comme des microcontromeurs et également pour le cas précis une carte Arduino et un capteur de température  
 
|Step_Content=<translate>Elle est principalement liée ici au Cameroun aux zones touchées par la sécheresse comme le grand Nord: le prototype s'appuie sur le séchage de jour comme de nuit et des éléments y sont ajoutés comme des microcontromeurs et également pour le cas précis une carte Arduino et un capteur de température  
  
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wir haben uns einige Gedanken gemacht bezüglich die Umsetzung des Projektes und zwar wie weit wir es hier Kamerun benutzen können und welche Regionen es tatsächlich helfen kann. Wir haben die Regionen des Nordens,weil sie wirklich unter trocken-Zeit leiden. Es regnet nicht so oft dort und die Menschen können damit problemlos ihre Produkten weiter konsumieren. Cerealien ,Obst , Gemüse usw..</translate>
 
wir haben uns einige Gedanken gemacht bezüglich die Umsetzung des Projektes und zwar wie weit wir es hier Kamerun benutzen können und welche Regionen es tatsächlich helfen kann. Wir haben die Regionen des Nordens,weil sie wirklich unter trocken-Zeit leiden. Es regnet nicht so oft dort und die Menschen können damit problemlos ihre Produkten weiter konsumieren. Cerealien ,Obst , Gemüse usw..</translate>
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{{Notes
 
{{Notes

Revision as of 06:12, 10 May 2022

Prototype de avatarLemuguet | Categories : Food, Energy

Conception et réalisation d'un séchoir solaire autonome type tunnel (DIY)

License : Attribution (CC BY)

Materials

  • Des planches en bois L 1,30 m l 1m
  • Panneaux solaire 10 watts
  • Deux (02) ventilateurs 24volt 0,12 A
  • 1 bâche alimentaire
  • De la résine noire alimentaire
  • Du grillage pour plantations ou tout simplement un morceau de moustiquaire
  • Du soleil ;)

Tools

Des clous et matos de bricolage

Step 1 - Matériels et Dimensionnement (Voir vidéo)

  • des planches en bois L 1,30 m l 1m
  • panneaux solaire 10 watts
  • 2 ventilateurs 24volt 0,12 A
  • 1 bâche alimentaire
  • de la résine noire alimentaire
  • du grillage pour plantations ou tout simplement un morceau de moustiquaire
  • des clous et matos de bricolage
  • du soleil ;)

Step 2 - Fixer les ventilateurs récupérés d'anciens ordinateurs et le panneau solaire

  1. Assemblage du bois de récupération en forme conique (comme sur le schéma image 1)
  2. Fixer au montage le ventilateur et le panneau solaire suivant les indications de l'image 1


Note : La partie noire permet d’absorber la chaleur, la partie intacte permet de réguler la température pour le séchage optimal des aliments.

Step 3 - Test, sécher les aliments selon leur teneur en eau (maïs, tomate, oignons, manioc, légumes, fruit...)

Elle est principalement liée ici au Cameroun aux zones touchées par la sécheresse comme le grand Nord: le prototype s'appuie sur le séchage de jour comme de nuit et des éléments y sont ajoutés comme des microcontromeurs et également pour le cas précis une carte Arduino et un capteur de température


wir haben uns einige Gedanken gemacht bezüglich die Umsetzung des Projektes und zwar wie weit wir es hier Kamerun benutzen können und welche Regionen es tatsächlich helfen kann. Wir haben die Regionen des Nordens,weil sie wirklich unter trocken-Zeit leiden. Es regnet nicht so oft dort und die Menschen können damit problemlos ihre Produkten weiter konsumieren. Cerealien ,Obst , Gemüse usw..


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