Différences

Ci-dessous, les différences entre deux révisions de la page.

--- recherche:enact:specificmeeting:meetinginbilbaotecnalia [2019/09/09 10:33] – tigli
+++ recherche:enact:specificmeeting:meetinginbilbaotecnalia [2019/09/09 10:36] (Version actuelle) – tigli
@@ Ligne 9: / Ligne 9: @@
   * Use Case with a SCADA System for the Climate Control
     *Application  Outputs setpoint (commands) for each fane coil, curtain , blinder, lights
-- Application  Inputs temperature sensors (inside / outside), humidity  (inside / outside), COV, CO2, light sensors (inside / outside), switches, solar radiation
+    *Application  Inputs temperature sensors (inside / outside), humidity  (inside / outside), COV, CO2, light sensors (inside / outside), switches, solar radiation
+    *Application 1 : Management of the luminosity in a room : Open the curtain if light outside is high enough or switch on the light inside, switch off the light and close de curtain when we want to decresase luminosoty in a room. based on a real switch.
+    *Application 2 : If the solar radiation is high enough to increase temperature in a room we open the curtain to solar radiation (fan coil consume less energy)
+    *Application 3 : If the solar radiation is high, to decrease temperature in a room we close the curtain/Blinder to solar radiation (fan coil consume less energy)
+    *Application 4 : switches in a room allow to switch on/off the lights
+    *Application 5 : termostats in room allow to drive fan coils .
-- Application 1 : Management of the luminosity in a room : Open the curtain if light outside is high enough or switch on the light inside,
+  *Conflict App1 / App3
-switch off the light and close de curtain when we want to decresase luminosoty in a room. based on a real switch.
+    *conflict : luminosity in room (App1) versus cool the room (App3)
-- Application 2 : If the solar radiation is high enough to increase temperature in a room we open the curtain to solar radiation (fan coil consume less energy)
-- Application 3 : If the solar radiation is high, to decrease temperature in a room we close the curtain/Blinder to solar radiation (fan coil consume less energy)
-- Application 4 : switches in a room allow to switch on/off the lights
-- Application 5 : termostats in room allow to drive fan coils .
-Conflict App1 / App3
-- conflict : luminosity in room (App1) versus cool the room (App3)
   * Strategy 1 :
-* knowing the application he give a priority
+    *knowing the application he give a priority
-* If people are in a building, priority to luminosity in the other case priority to
+    *If people are in a building, priority to luminosity in the other case priority to curtain / blinder are at the middle stage
-* curtain / blinder are at the middle stage
-Conflict App4  / App4
+  * Conflict App4  / App4
   * Strategy :
-* automaton on/off is on
+    *automaton on/off is on
-* adding some time delay consideration
+    *adding some time delay consideration
-COMMENTS :
-- Sometimes we need to have informations on the semantic off the App (energy consumption is a priority over luminosity)
-- Sometimes we need more inputs than those we want to manage for actuation conflict (when Paul is in the room then ...)
+**COMMENTS :**
+    *Sometimes we need to have informations on the semantic off the App (energy consumption is a priority over luminosity)
+    *Sometimes we need more inputs than those we want to manage for actuation conflict (when Paul is in the room then ...)
-* Same applications based on multiple devices and Man machine interfaces
+  * Same applications based on multiple devices and Man machine interfaces
-Some References :
+** Some References : **
 {{:recherche:enact:specificmeeting:taking_advantage_of_an_existing_indoor_climate_monitorization_for.pdf|}}