Difference between revisions of "Abao in GaudiLabs micro-Residency"

From Hackteria Wiki
Jump to: navigation, search
Line 13: Line 13:
 
</gallery>
 
</gallery>
  
Indigo Grätzel Cell (DSSC)
+
==Indigo Grätzel Cell (DSSC)==
 
Saturday 4th of October, part of HFF2020 Workshop
 
Saturday 4th of October, part of HFF2020 Workshop
Hackteria and Tribe Against the Machine
+
Hackteria and Tribe Against the Machine <>
  
Participants
+
=Participants=
 
Maya Minder
 
Maya Minder
 
Marc Dusseiller
 
Marc Dusseiller
Line 24: Line 24:
 
Shih Wei Chieh
 
Shih Wei Chieh
  
Timeschedule:
+
=Timeschedule:=
 
+
<br>
Swiss side
 
 
9am - 10am (Taiwanese Time)
 
9am - 10am (Taiwanese Time)
 
Introduction Presentation from Zurich
 
Introduction Presentation from Zurich
 
Lecture Performance on Indigo: A Chapter into Blue History of Colonialism
 
Lecture Performance on Indigo: A Chapter into Blue History of Colonialism
 
+
<br>
 
3pm - 4pm (Taiwanese Time)
 
3pm - 4pm (Taiwanese Time)
 
DSSC Solar Cell Workshop
 
DSSC Solar Cell Workshop
 
Introduction to the DIY Approch to produce Dye Sensitive Solar Cells from Zurich
 
Introduction to the DIY Approch to produce Dye Sensitive Solar Cells from Zurich
 
+
<br>
 
8pm - 9pm (Taiwanese Time)
 
8pm - 9pm (Taiwanese Time)
 
Final Presentation
 
Final Presentation
 
Final Groupe Discussion by all participiants
 
Final Groupe Discussion by all participiants
 
+
<br>
 
Taiwan side workshop
 
Taiwan side workshop
 
10am - 12am
 
10am - 12am
 
indigo dye fermentation introduction
 
indigo dye fermentation introduction
 
+
<br>
 
1pm - 2pm
 
1pm - 2pm
 
DIY DSSC making with indigo dyes and berry juice
 
DIY DSSC making with indigo dyes and berry juice
 
2pm - 3pm
 
2pm - 3pm
 
check the converting rate and make it sound.
 
check the converting rate and make it sound.
 
+
<br>
--Materials---
+
=Materials=
 
+
<br><br>
 
Conductive Glass (2 per cell) the smaller the better it works (1cm-2,5cm)
 
Conductive Glass (2 per cell) the smaller the better it works (1cm-2,5cm)
 
+
<br><br>
 
Iodide solution
 
Iodide solution
 
Multimeter
 
Multimeter
Line 65: Line 64:
 
small plastic cups for working
 
small plastic cups for working
  
 
+
<br><br>
 
Titanium Dioxid (power, 1g)
 
Titanium Dioxid (power, 1g)
 
Acrylic emulsion (little to mix into the Titanium Dioxid)
 
Acrylic emulsion (little to mix into the Titanium Dioxid)
 
—> create a thick paste
 
—> create a thick paste
  
 
+
<br>
 +
<br>
 
Indigo color:
 
Indigo color:
 
60 ml Wasser
 
60 ml Wasser
Line 77: Line 77:
 
Indigo Powder
 
Indigo Powder
 
—> mixe all in 40 degree, let sit for 30min
 
—> mixe all in 40 degree, let sit for 30min
 +
<br>
  
--- Manual How to ---
+
=Manual How to=
You need two conductive glasses, take one and put conductive tape on the in square shape to create an empty square, make sure to use the conductive side of the glass. spill the thik paste on the glass and spread it onto the the surface in a thin layer, let it dry for 2 min. Put the glass (takeoff the tape first) on a cooker to heat up on 60 degrees during 10-20min for hardening the Titanium Dioxid paste. take off and let it cool down.
+
<br>
 
+
You need two conductive glasses, take one and put conductive tape on the in square shape to create an empty square, make sure to use the conductive side of the glass. spill the thik paste on the glass and spread it onto the the surface in a thin layer, let it dry for 2 min. Put the glass (takeoff the tape first) on a cooker to heat up on 60 degrees during 10-20min for hardening the Titanium Dioxid paste. take off and let it cool down.<br>
Dive the plate with the titanium dioxide into the indigo color and let sit for 30sec-1min. Take it out and clean it off with droplets of destilled water, repeat with isopropanol (this helps to let it dry out faster)
 
 
 
 
 
Take the other conductive glass and draw a thin layer of pencil strokes on it, push hard. Or then use a candle and create a thin layer of carbon black on top of the conductive surface.
 
 
 
  
Put the two glasses in sandwich layer on top of each other. Let free some glass on both sides and fix it with two clip binder. Put dropplets of Iodine solution on the edge of each side, so the liquid can fluid in between the two glasses. Attach on each side (only one layer of glass) the aligatorclips with the multimeter. Now you can messure the electricity with your digital multimeter (put on step 200mV).
+
Dive the plate with the titanium dioxide into the indigo color and let sit for 30sec-1min. Take it out and clean it off with droplets of destilled water, repeat with isopropanol (this helps to let it dry out faster)<br>
  
 +
Take the other conductive glass and draw a thin layer of pencil strokes on it, push hard. Or then use a candle and create a thin layer of carbon black on top of the conductive surface.<br>
  
Firstly you will see how a high number around 260mV will occur and it will drop down. Then wait for about 5 min and try out with the sunlight/torch how the voltage is changing according to the light exposure.
+
Put the two glasses in sandwich layer on top of each other. Let free some glass on both sides and fix it with two clip binder. Put dropplets of Iodine solution on the edge of each side, so the liquid can fluid in between the two glasses. Attach on each side (only one layer of glass) the aligatorclips with the multimeter. Now you can messure the electricity with your digital multimeter (put on step 200mV).<br>
  
 +
Firstly you will see how a high number around 260mV will occur and it will drop down. Then wait for about 5 min and try out with the sunlight/torch how the voltage is changing according to the light exposure.<br>
  
try out your own protocols by using charcoal powder and acrylic emulsion, using different heat temperatures, take alternative materials, irgendients and time schedules. Drink beer while doing --> "blau machen" means take time off, take a break.
+
Try out your own protocols by using charcoal powder and acrylic emulsion, using different heat temperatures, take alternative materials, irgendients and time schedules. Drink beer while doing --> "blau machen" means take time off, take a break.<br>

Revision as of 20:07, 26 September 2020

overview

laser batik

DSSC textile with PDMS

Indigo Grätzel Cell (DSSC)

Saturday 4th of October, part of HFF2020 Workshop Hackteria and Tribe Against the Machine <>

Participants

Maya Minder Marc Dusseiller Corina Mattner Sandra Bühler Shih Wei Chieh

Timeschedule:


9am - 10am (Taiwanese Time) Introduction Presentation from Zurich Lecture Performance on Indigo: A Chapter into Blue History of Colonialism
3pm - 4pm (Taiwanese Time) DSSC Solar Cell Workshop Introduction to the DIY Approch to produce Dye Sensitive Solar Cells from Zurich
8pm - 9pm (Taiwanese Time) Final Presentation Final Groupe Discussion by all participiants
Taiwan side workshop 10am - 12am indigo dye fermentation introduction
1pm - 2pm DIY DSSC making with indigo dyes and berry juice 2pm - 3pm check the converting rate and make it sound.

Materials



Conductive Glass (2 per cell) the smaller the better it works (1cm-2,5cm)

Iodide solution Multimeter aligator clips adhesie tape 2 clips binder Alcohol and Destilled water to clean Pencile Destined water Isopropanol Pipette Tweezer small plastic cups for working



Titanium Dioxid (power, 1g) Acrylic emulsion (little to mix into the Titanium Dioxid) —> create a thick paste



Indigo color: 60 ml Wasser 3ml sodium hydroxide solution 30% 3g NAtriumdithionit (Na2S2O4) Indigo Powder —> mixe all in 40 degree, let sit for 30min

Manual How to


You need two conductive glasses, take one and put conductive tape on the in square shape to create an empty square, make sure to use the conductive side of the glass. spill the thik paste on the glass and spread it onto the the surface in a thin layer, let it dry for 2 min. Put the glass (takeoff the tape first) on a cooker to heat up on 60 degrees during 10-20min for hardening the Titanium Dioxid paste. take off and let it cool down.

Dive the plate with the titanium dioxide into the indigo color and let sit for 30sec-1min. Take it out and clean it off with droplets of destilled water, repeat with isopropanol (this helps to let it dry out faster)

Take the other conductive glass and draw a thin layer of pencil strokes on it, push hard. Or then use a candle and create a thin layer of carbon black on top of the conductive surface.

Put the two glasses in sandwich layer on top of each other. Let free some glass on both sides and fix it with two clip binder. Put dropplets of Iodine solution on the edge of each side, so the liquid can fluid in between the two glasses. Attach on each side (only one layer of glass) the aligatorclips with the multimeter. Now you can messure the electricity with your digital multimeter (put on step 200mV).

Firstly you will see how a high number around 260mV will occur and it will drop down. Then wait for about 5 min and try out with the sunlight/torch how the voltage is changing according to the light exposure.

Try out your own protocols by using charcoal powder and acrylic emulsion, using different heat temperatures, take alternative materials, irgendients and time schedules. Drink beer while doing --> "blau machen" means take time off, take a break.