(Page créée avec « Manufacture of a compact, removable solar dryer ») |
(Page créée avec « * [https://wikifab.org/wiki/S%C3%A9choir_solaire_compact A detailed tutorial], inspired by the plans above, and produced in a FabLab. ») |
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{{Introduction | {{Introduction | ||
| − | |Introduction= | + | |Introduction=Here are some new instructions for making a solar dryer. People have always preserved food in different forms: smoked, salted, lacto-fermented, canned, dried, etc. Solar drying is an easy and highly effective process for preserving food and aromatic plants. It is a gentle drying process that follows the rhythm of the sun. Drying makes it possible to preserve surplus vegetable crops or the spoils of harvesting in all seasons. By rehydrating the food, you can enjoy products all year round that have retained their aromas and nutritional qualities. |
| − | + | In these instructions, we present a compact, removable dryer that's perfect for our nomadic lifestyles. There are various models of solar dryer, but the operating principle is always the same: fresh air enters a thermal collector where it is heated by the greenhouse effect between a pane of glass and a black support. The heated air enters the insulated drying compartment and passes through all the drying racks before being extracted by a ventilation system. | |
| − | + | For ideal drying, the temperature should be between 35°C and 45°C and the air in the drying chamber should be dry: as it dries, every body gives off humidity, hence the importance of ventilation to ensure a dry drying compartment. Poor ventilation will impair drying, and temperatures that are too high will destroy the aromas and nutritional qualities of the dried foodstuffs. | |
| − | + | Go to the Chemins de Faire Dropbox and download the PDF manufacturing instructions and the 3D file of the engine [https://www.dropbox.com/sh/cvl3j42nbncuwzy/AAAonbWmU60lJSDj0GEHmGtPa?dl=0 here]. | |
| − | + | LINK TO DETAILED TUTORIAL FROM THE ASSOCIATION CHEMINS DE FAIRE: https://cheminsdefaire.fr/sechoir-solaire/ | |
}} | }} | ||
{{TutoVideo | {{TutoVideo | ||
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{{Tuto Step | {{Tuto Step | ||
| − | |Step_Title= | + | |Step_Title=Help available online |
| − | |Step_Content=* | + | |Step_Content=* Tutorial Chemins de faire |
https://cheminsdefaire.fr/sechoir-solaire/ | https://cheminsdefaire.fr/sechoir-solaire/ | ||
| − | * | + | * PDF manufacturing instructions and 3D file: |
https://www.dropbox.com/sh/cvl3j42nbncuwzy/AAAonbWmU60lJSDj0GEHmGtPa?dl=0 | https://www.dropbox.com/sh/cvl3j42nbncuwzy/AAAonbWmU60lJSDj0GEHmGtPa?dl=0 | ||
| − | * | + | * Assembly videos on the Chemins de faire Youtube channel |
|Step_Picture_00=S_choir_solaire_-_CHEMINS_DE_FAIRE_P4221315.jpg | |Step_Picture_00=S_choir_solaire_-_CHEMINS_DE_FAIRE_P4221315.jpg | ||
|Step_Picture_01=S_choir_solaire_-_CHEMINS_DE_FAIRE_3d.PNG | |Step_Picture_01=S_choir_solaire_-_CHEMINS_DE_FAIRE_3d.PNG | ||
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{{Notes | {{Notes | ||
| − | |Notes=* [https://wikifab.org/wiki/S%C3%A9choir_solaire_compact | + | |Notes=* [https://wikifab.org/wiki/S%C3%A9choir_solaire_compact A detailed tutorial], inspired by the plans above, and produced in a FabLab. |
}} | }} | ||
{{PageLang | {{PageLang | ||
Version actuelle datée du 10 juillet 2024 à 13:23
Dernière modification le 10/07/2024
Difficulté
Facile
Durée
2 jour(s)
Coût
0 EUR (€)
Description
Manufacture of a compact, removable solar dryer
Introduction
Here are some new instructions for making a solar dryer. People have always preserved food in different forms: smoked, salted, lacto-fermented, canned, dried, etc. Solar drying is an easy and highly effective process for preserving food and aromatic plants. It is a gentle drying process that follows the rhythm of the sun. Drying makes it possible to preserve surplus vegetable crops or the spoils of harvesting in all seasons. By rehydrating the food, you can enjoy products all year round that have retained their aromas and nutritional qualities.
In these instructions, we present a compact, removable dryer that's perfect for our nomadic lifestyles. There are various models of solar dryer, but the operating principle is always the same: fresh air enters a thermal collector where it is heated by the greenhouse effect between a pane of glass and a black support. The heated air enters the insulated drying compartment and passes through all the drying racks before being extracted by a ventilation system.
For ideal drying, the temperature should be between 35°C and 45°C and the air in the drying chamber should be dry: as it dries, every body gives off humidity, hence the importance of ventilation to ensure a dry drying compartment. Poor ventilation will impair drying, and temperatures that are too high will destroy the aromas and nutritional qualities of the dried foodstuffs.
Go to the Chemins de Faire Dropbox and download the PDF manufacturing instructions and the 3D file of the engine here.
Youtube
Étape 1 - Help available online
- Tutorial Chemins de faire
https://cheminsdefaire.fr/sechoir-solaire/
- PDF manufacturing instructions and 3D file:
https://www.dropbox.com/sh/cvl3j42nbncuwzy/AAAonbWmU60lJSDj0GEHmGtPa?dl=0
- Assembly videos on the Chemins de faire Youtube channel
Notes et références
- A detailed tutorial, inspired by the plans above, and produced in a FabLab.
Published
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