Previously, in Air...
CATENARY NETWORKS "Lost Worlds" by Studio Glithero [2012]
MAGNETIC FIELDS "Highly Strung" by Supermanoeuvre [2010]
DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED DISTORTED·DISTORTED·DISTORTED CATENARY NETWORKS "Lost Worlds" by Studio Glithero [2012]
MAGNETIC FIELDS "Highly Strung" by Supermanoeuvre [2010]
REFLECTION REFLECTION
REFLECTING POOL At the "Barcelona Pavilion" by Mies va der Rohe [1929]
SOLAR POND Atacama Desert, South America [2009]
ITERATIVE MATRIX Point Positions 路 Stiffness 路 Uniform vs. Non-Uniform Unary Forces & More
1
ANALYSE SITE+BRIEF
2
ESTABLISH POINTS A A R A
R R A
R R
3
GENERATE FIELD CURVES
6
GENERATE SITE RESPONSE
A A
BLAH BLAH BLAH
4
UNARY+SPRING FORCES
5
PHYSICS SIMULATION
P
NACL+H20
kaje. group v ∙ rosie + cam architectural design studio ∙ air
N
SITE PLAN Form and its Relation to Space
Electrical Machinery
Housed Underground on the periphery of pond
Con
crete
Reus
ed b
N
SITE PLAN Paths of Movement 路 Reclamations + Reactivations
Foun
uildin
datio
g ma
ns
terials
2/3rds Approx. 36,000m2 reclaimed for solar ponds
= 665,352 kWh Average Annual Insolation in København = 1026.78 kWh/m2 Net Pond Efficiency = 18% 1026.78 x 0.18x0.10 = 18.482 kWh/m2 per year 665,352 kWh per year 1,822.88 kWh per day 75.95 kWh per hour
1
2
3
+
4
5
6
-
7
8
9
x
.
0
=
÷
600+
PEOPLE ‘S ELECTRICITY NEEDS* *Assuming an average annual usage of ~ 1,000 kWh/person (Danish Energy Savings Trust) from a maximum estimated yearly energy output of 665,352 kWh. This does not accound for any transmission loss or the (albeit small) amount of energy expended to pump around water.
Upper Convective Zone (UCZ) Non Convective Zone (NCZ)
1
SEAWATER INTAKE Pump in fresh seawater from bay Waters naturally stratify
Lower Convective Zone (LCZ)
2
HOT WATER INTAKE Pumps in hot water from LCZ
3
EVAPORATOR Working fluid [R-134a] enters heat exchange unit Hot water enters heat exchange unit Water heats the working fluid to a high-pressure gas "Waste" water is channelled away for use
4
RANKINE ENGINE Working fluid [R-134a] enters engine at high-pressue Spins turbine where electrical energy is generated for the grid Gaseous working fluid exits engine
5
CONDENSER Gaseous working fluid [R-134a] enters condenser Cooler waters from bay pumped in Condenses water back down to a liquid "Waste" water pumped up through canopy members and sprayed out onto mesh
AND REPEAT!
Steel Connection Joint Connecting all pipes together
Copper Mesh
Facilitate growth of salt
Metal-Alloy Pipe Structural Support
Rubber Tubing
Carry water around and out
Sprinkler Valves
Distribute saline water on mesh
SALT CRYSTALS Crystalization = Nucleation + Crystal Growth
山本基 · MOTOI YAMAMOTO "Return to the Sea: Saltworks" + "floating garden"
FAULDERS STUDIO "Salt Prints" + "Crystaline Growth" + "Geotube Tower"
PANORAMA: WINDY WINTER'S DAY View out towards the little mermaid
PANORAMA: SUMMER SUNSET View out towards the little mermaid