Générateur d'électricité hydrolique à boucle fermé/en : Différence entre versions

Version actuelle datée du 17 août 2024 à 13:20

Prototype de Low-tech with Refugees - Low-tech & Réfugiés | Catégories : Énergie

Low-tech with Refugees - Low-tech & Réfugiés

https://wiki.lowtechlab.org/wiki/G%C3%A9n%C3%A9rateur_d%27%C3%A9lectricit%C3%A9_hydrolique_%C3%A0_boucle_ferm%C3%A9/en

Dernière modification le 17/08/2024

Difficulté

Moyen

Durée

3 jour(s)

Coût

10 EUR (€)

Description

The aim of this prototype is to generate electricity from water. The system operates in a closed loop, meaning that no water is lost and that it can be reused.

Difficulté

Moyen

Durée

3 jour(s)

Coût

10 EUR (€)

Autres langues :

English • ‎español • ‎français • ‎العربية

Sommaire

1 Description
2 Sommaire
3 Introduction
4 Étape 1 - Making the wheel and its base
5 Étape 2 - Making the canister base
6 Étape 3 - Canister modification
7 Étape 4 - Pooling of the elements
8 Commentaires

Licence : Attribution (CC BY)

Introduction

Using physics, we are planning to make an automatic pump. The principle is simple: a canister with a hole in the bottom empties water into a basin. A pipe runs up from this basin to the top of the canister. The rest of the canister is hermetically sealed. The vacuum created by the waterfall allows the water to be pumped back into the drum. The aim is to create a cycle that lasts forever.

Matériaux

Canister

Bicycle wheel

Steal spoon

Wood

Breeze block

Pipe

Outils

Column drill

Screwdriver

Hand Screwdriver

Étape 1 - Making the wheel and its base

For this step, we started by taking a bicycle wheel and removing the tyre from it. The spokes are screwed to the wheel and we had the option of unscrewing them to insert metal spoons that we had previously drilled with a drill press, and then screwing them back in. We bent them so that we didn't have to cut off their tails.

For the base, we took a plank of wood, cut it and screwed it together as shown in the photo.

Étape 2 - Making the canister base

We started by taking a pallet and boning it with a crowbar. We then made a triangular base. Then we used breeze blocks to make the height.

Étape 3 - Canister modification

We got hold of a can which we carefully cleaned. We started by fitting a valve to the pre-existing hole at the top of the can. Then we drilled another hole in the bottom of the can to insert a grommet. In order to screw it in on both sides, we had to grind off part of the bottom of the can.

Étape 4 - Pooling of the elements

For the final step, we used an inflatable swimming pool as a basin. We screwed the pipes to the drum, installed the breeze blocks, the drum and the wheel. The pool isn't at all suitable - a second barrel cut off at the top would be better!

Commentaires

en fr 1 Draft

@@ Ligne 14 : / Ligne 14 : @@
 }}
 {{Introduction
-|Introduction=Grâce à la physique, nous avons comme projet de faire une pompe automatique. Le principe est simple : un bidon troué en bas vide de l'eau dans une bassine. Un tuyau remonte de cette bassine jusqu'en haut du bidon. Tout le reste du bidon est hermétique. Le vide créé par la chute d'eau permet à l'eau d'être pompée et donc de revenir dans le bidon. Le but est de faire un cycle qui serait ad vitam aeternam.
+|Introduction=Using physics, we are planning to make an automatic pump. The principle is simple: a canister with a hole in the bottom empties water into a basin. A pipe runs up from this basin to the top of the canister. The rest of the canister is hermetically sealed. The vacuum created by the waterfall allows the water to be pumped back into the drum. The aim is to create a cycle that lasts forever.
 }}
 {{Materials
@@ Ligne 54 : / Ligne 54 : @@
 {{Tuto Step
 |Step_Title=Canister modification
-|Step_Content=Nous avons récupéré un bidon que nous avons soigneusement nettoyé. Nous avons commencé par mettre une vanne sur le trou préexistant qui était en haut du bidon. Ensuite, nous avons percé un autre trou sur le bas de celui-ci pour y insérer un passe-trou. Afin de le visser des deux côtés, nous avons du meuler une partie du socle bas du bidon.
+|Step_Content=We got hold of a can which we carefully cleaned. We started by fitting a valve to the pre-existing hole at the top of the can. Then we drilled another hole in the bottom of the can to insert a grommet. In order to screw it in on both sides, we had to grind off part of the bottom of the can.
 |Step_Picture_00=G_n_rateur_d_lectricit__hydrolique___boucle_ferm__20230124_110242.jpg
 |Step_Picture_01=G_n_rateur_d_lectricit__hydrolique___boucle_ferm__20230124_110643.jpg
 }}
 {{Tuto Step
-|Step_Title=Mise en commun des éléments
+|Step_Title=Pooling of the elements
-|Step_Content=Pour la dernière étape, nous avons utilisé une piscine gonflable pour faire office de bassine. Nous avons vissé les tuyaux au bidon, installé les parpaings, le bidon, et la roue. La piscine n'est pas du tout adaptée, un deuxième bidon coupé sur la hauteur serait plus adapté !
+|Step_Content=For the final step, we used an inflatable swimming pool as a basin. We screwed the pipes to the drum, installed the breeze blocks, the drum and the wheel. The pool isn't at all suitable - a second barrel cut off at the top would be better!
 |Step_Picture_00=G_n_rateur_d_lectricit__hydrolique___boucle_ferm__324828561_1263000251314993_6790106151134390709_n.jpg
 |Step_Picture_01=G_n_rateur_d_lectricit__hydrolique___boucle_ferm__325853480_1219269692063594_5098303621188337425_n.jpg