36. En verano, la cubierta solar enfría el agua que llega a la bomba de calor
agua-agua, reduciendo así el consumo energético de ésta
Impulsión 35ºC
Retorno 30ºC
Acumulad
or de
inercia
Tsuelo = 22ºC Tagua = 15ºC
Tagua = 20ºC
37. En invierno, la cubierta solar calienta el agua que llega a la bomba de
calor, reduciendo así el consumo energético de ésta
Impulsión 7ºC
Retorno 12ºC
Acumulador
de inercia
Tsuelo = 23ºC
Tagua = 29ºC
Tagua = 24ºC
310. Simulation of products and industrial processes
ACTIVITY
CSM (Computational
Structural
Mechanics)
CFD (Computational
Fluid Dynamics)
Discrete systems simulation
Industrial design
311. Hybrid Simulation
ACTIVITY
Scale models - Physical Tests
Real tests
Results
FEA MODEL
Sample READY TO RE-
Model
DESIGN AND
OPTIMIZE
Virtual tests
(FEA)
Results
COMPARISON
MODEL VERIFICATION AND VALIDATION
Simulation models - Numerical
models
312. Capital goods
Petrochemical
Transport & industry
Elevation
Automotive &
Railway industry Industrial
processes
Industrial plants
Industry
Biomechanic
s
Industrial Civil
products Engineering
Ventilation
318. Air Tree - Shanghai Expo 2010
COMPUTATIONAL FLUID DYNAMICS
319. Air Tree - Shanghai Expo 2010
COMPUTATIONAL FLUID DYNAMICS
Sustainable
Energy
generation
Thermal Comfort
320. Air Tree - Shanghai Expo 2010 - Sustainable Energy generation
321. Air Tree - Shanghai Expo 2010 - Sustainable Energy generation
Wind Speed Shanghai
Latitude 31,211ºN Longitude 121,568 ºE Height 80m
50
45
40
35
Height [m]
30
Min
25
Max
20
15
10
5
0
0 2 4 6 8 10
Wind speed [m/s]
322. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
323. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
324. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
325. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
326. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
327. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
328. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
329. Air Tree - Shanghai Expo 2010 - Micro Wind Generators
330. Air Tree - Shanghai Expo 2010 - Thermal Comfort
TEMPERATURA, HUMEDAD E ÍNDICE DE CONFORT PARA DÍA TIPO DE MAYO PMV (ISO 7730) MAYO
35 100 3
Disconfort Muy Caliente
90 Ventilador marcha:
30 80
2 Disconfort Caliente Vaire_pergola [3 m/s]
No permitir radiación solar
70 Disconfort Templado Ventilador marcha:
1 Vaire_pergola [0.5-3]
25 60 No permitir radiación solar
Banda de
HR(%)
Tª(ºC)
Ventilador Parado
Confort 50 0
Confort
20 40
30 -1 Permitir radiación solar
HORARIO EXPO Disconfort Fresco
15 20
-2 Disconfort Frío
10
10 0 Disconfort Muy Frío
-3
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
Hora
Tamb Tªefectiva estandar HR
331. Air Tree - Shanghai Expo 2010 - Climatic conditioning
PMV Predicted mean vote (uncorrected)
PMV´ Thermal sensation
FH Humidity Correction Factor +3 Hot
HR Relative Humidity (%) +2 Warm
FR Radiation Correction Factor +1 Slightly Warm
Ta Dry-Bulb Air Temperature (ºC)
0 Neutral
(Comfortable)
TG Globe Air Temperature (ºC) -1 Slightly Cool
v Relative Air Velocity (m/s) -2 Cool
TRM Mean Radiant Temperature (ºC)
-3 Cold
332. Air Tree - Shanghai Expo 2010 - Climatic conditioning
10
Temperature Increment AT [K]
8
6
4
2
0
0 1 2 3 4 5 6
-2
Velocity V [m/s]
333. Air Tree - Shanghai Expo 2010 - Climatic conditioning
Air opening D = 6 m
Radial inlet
300 mm
1.5 m
Side
inlets
closed
334. Air Tree - Shanghai Expo 2010 - Climatic conditioning
PMV´
-3 -2 -1 0 +1 +2 +3
MEASURABLE
h=0
PARAMETERS
COMFORT FAN OPERATION
Fan telescopic arm
INDEX GRAPHS
H R (%)
extension
Ta (º C ) n ( rpm)
TG (º C ) PMV h ( mm)
v (m / s) ’
h (mm)
h=MAX
PMV´ Thermal sensation
n = MAX +3 Hot
n (rpm)
+2 Warm
+1 Slightly Warm
Fan speed
0 Neutral
(Comfortable)
-1 Slightly Cool
-2 Cool
n=0
-3 Cold
-3 -2 -1 0 +1 +2 +3
PMV´
335. Air Tree - Shanghai Expo 2010 - Climatic conditioning
336. Air Tree - Shanghai Expo 2010 - Climatic conditioning
337. Air Tree - Shanghai Expo 2010 - Climatic conditioning
338. Air Tree - Shanghai Expo 2010 - Climatic conditioning
339. Air Tree - Shanghai Expo 2010 - Climatic conditioning