DIY Solar Charger : Différence entre versions

Version du 9 décembre 2019 à 12:30

The solar charger

Auteur Dawa Edina Hillary | Dernière modification 4/07/2023 par Walthierer

Difficulté

Moyen

Durée

2 heure(s)

Catégories

Électronique, Énergie

Coût

20 USD ($)

The solar charger

Difficulté

Moyen

Durée

2 heure(s)

Catégories

Électronique, Énergie

Coût

20 USD ($)

Licence : Attribution-ShareAlike (CC BY-SA)

solar, energy en none Creation 0

Matériaux

· Solar panel of (10v) optional

· Diode

· Resistors

· Regulator(5MA-20AM)

· Capacitors of (10-100)

· LED light of(2v or 3v)

· Jumper wire

· Circuit board

· Bread board

Outils

· Wires(red and black)

· Soldering iron

· Soldering wire

· Soldering grease

· Helping hand

· Sucker

· Scissor

· Multimeter

· LED tester

Étape 1 - Drawing

Draw the diagram of the charger

Étape 2 - Asknet Box

Open the ASKotec kit and get the tools and materials to use

Étape 3 - Tools and materials

Identify the tools and materials
Arranged the materials and the tools

Étape 4 - Test the folllowing materials

The total voltage of the solar panel
The LED light using the LED tester

Étape 5 - Calculations

Calculate the Resistance

Étape 6 - Bread board

Get the bread board and place it at the helping hand

Étape 7 - Fix the following materials

Fix a positive (+wire red in color) and negative (-wire black in color) for input source (power)
Fix the diode
Fix a positive wire from the input source (+wire) to the diode
Fix the resistors in positive side of the diode and have to be in series for easy calculation

Étape 8 - Resistor

Fix the resistors in positive side of the diode and have to be in series for easy calculation

Étape 9 - LED light

Fix the LED light to positive side of the resistors

Étape 10 - Regulator

Fix the regulator where the black side need to face your side

Étape 11 - Small Capacitor

Fix the small capacitor

Étape 12 - Big capacitor

Fix the big capacitor

Étape 13 - Regulator and diode

Connect the left pin of the regulator to the diode and resistors

Étape 14 - capacitor, diode, resistor and regulator

Connect the positive pin of the first capacitor to the join the diode, resistors and the left pin of the regulator

Étape 15 - Regulator and big capacitor

Connect the right pin of the regulator to the positive pin of the big capacitor

Étape 16 - Regulator and LED

Connect the middle pin of the regulator to the negative pin of the LED light

Étape 17 - Small capacitor to the LED

Connect the negative pin of the small capacitor to negative pin of the LED light

Étape 18 - Big capacitor and LED

Connect the negative pin of the big capacitor to negative pin of the LED light

Étape 19 - All negative sides

In all connect the negative sides together

Étape 20 - Positive wire

Fix +wire to the positive pin of the big capacitor

Étape 21 - Negative

Fix –wire to the negative pin of the big capacitor

Étape 22 - Female USB

Connect the female USB to the +wire and –wire on the capacitor

Étape 23 - Test

Test the solar charger in the sun and test the output and charge the phone

Commentaires

Draft

@@ Ligne 1 : / Ligne 1 : @@
-{{ {{tntn|Tuto Details}}
+{{Tuto Details
-|Licences=Attribution (CC BY)
+|Main_Picture=DIY_Solar_Charger_IMG_20181206_122839.jpg
-|Description=Solar charger meant to charge
+|Licences=Attribution-ShareAlike (CC BY-SA)
+|Description=The solar charger
 |Area=Electronics, Energy
 |Type=Creation
@@ Ligne 9 : / Ligne 10 : @@
 |Cost=20
 |Currency=USD ($)
-|Tags=solar, energy, charger
+|Tags=solar, energy
 |SourceLanguage=none
 |Language=en
 |IsTranslation=0
 }}
-{{ {{tntn|Introduction}}
+{{Introduction
 |Introduction=
 }}
-{{ {{tntn|Materials}}
+{{Materials
+|Step_Picture_00=DIY_Solar_Charger_IMG_8087.JPG
 |Material=·        Solar panel of (10v) optional
@@ Ligne 53 : / Ligne 55 : @@
 ·        LED tester
 }}
-{{ {{tntn|Separator}}}}
+{{Separator}}
-{{ {{tntn|Tuto Step}}
+{{Tuto Step
 |Step_Title=Drawing
-|Step_Content=Draw the electrical diagram diagram of the charger.
+|Step_Content=Draw the diagram of the charger
-|Step_Picture_00=DIY_Solar_Charger_img_6.jpg
+|Step_Picture_00=DIY_Solar_Charger_IMG_20181206_192238.jpg
 }}
-{{ {{tntn|Tuto Step}}
+{{Tuto Step
 |Step_Title=Asknet Box
-|Step_Content=Open the [https://openculture.agency/outcomes/askotec/ ASKotec kit] and get the tools and materials to use
+|Step_Content= Open the [https://openculture.agency/outcomes/askotec/ ASKotec kit] and get the tools and materials to use
 |Step_Picture_00=DIY_Solar_Charger_DSC00958.JPG
 }}
-{{ {{tntn|Tuto Step}}
+{{Tuto Step
 |Step_Title=Tools and materials
-|Step_Content=Identify the tools and materials
+|Step_Content=* Identify the tools and materials
+* Arranged the materials and the tools
+|Step_Picture_00=DIY_Solar_Charger_IMG_8194.JPG
 }}
-{{ {{tntn|Notes}}
+{{Tuto Step
+|Step_Title=Test the folllowing materials
+|Step_Content=* The total voltage of the solar panel
+* The LED light using the LED tester
+}}
+{{Tuto Step
+|Step_Title=Calculations
+|Step_Content= Calculate the Resistance
+}}
+{{Tuto Step
+|Step_Title=Bread board
+|Step_Content=Get the bread board and place it at the helping hand
+}}
+{{Tuto Step
+|Step_Title=Fix the following materials
+|Step_Content=* Fix a positive (+wire red in color) and negative (-wire black in color) for input source (power)
+* Fix the diode
+* Fix a positive wire from the input source (+wire) to the diode
+* Fix the resistors in positive side of the diode and have to be in series for easy calculation
+}}
+{{Tuto Step
+|Step_Title=Resistor
+|Step_Content=Fix the resistors in positive side of the diode and have to be in series for easy calculation
+}}
+{{Tuto Step
+|Step_Title=LED light
+|Step_Content=Fix the LED light to positive side of the resistors
+}}
+{{Tuto Step
+|Step_Title=Regulator
+|Step_Content=Fix the regulator where the black side need to face your side
+}}
+{{Tuto Step
+|Step_Title=Small Capacitor
+|Step_Content=Fix the small capacitor
+}}
+{{Tuto Step
+|Step_Title=Big capacitor
+|Step_Content=Fix the big capacitor
+}}
+{{Tuto Step
+|Step_Title=Regulator and diode
+|Step_Content=Connect the left pin of the regulator to the diode and resistors
+}}
+{{Tuto Step
+|Step_Title=capacitor, diode, resistor and regulator
+|Step_Content=Connect the positive pin of the first capacitor to the join the diode, resistors and the left pin of the regulator
+}}
+{{Tuto Step
+|Step_Title=Regulator and big capacitor
+|Step_Content=Connect the right pin of the regulator to the positive pin of the big capacitor
+}}
+{{Tuto Step
+|Step_Title=Regulator and LED
+|Step_Content=Connect the middle pin of the regulator to the negative pin of the LED light
+}}
+{{Tuto Step
+|Step_Title=Small capacitor to the LED
+|Step_Content=Connect the negative pin of the small capacitor to negative pin of the LED light
+}}
+{{Tuto Step
+|Step_Title=Big capacitor and LED
+|Step_Content=Connect the negative pin of the big capacitor to negative pin of the LED light
+}}
+{{Tuto Step
+|Step_Title=All negative sides
+|Step_Content=  In all connect the negative sides together
+}}
+{{Tuto Step
+|Step_Title=Positive wire
+|Step_Content=Fix +wire to the positive pin of the big capacitor
+}}
+{{Tuto Step
+|Step_Title=Negative
+|Step_Content=Fix –wire to the negative pin of the big capacitor
+}}
+{{Tuto Step
+|Step_Title=Female USB
+|Step_Content=Connect the female USB to the +wire and –wire on the capacitor
+}}
+{{Tuto Step
+|Step_Title=Test
+|Step_Content=Test the solar charger in the sun and test the output and charge the phone
+}}
+{{Notes
 |Notes=
 }}
-{{ {{tntn|Tuto Status}}
+{{Tuto Status
 |Complete=Draft
 }}