A Cloud In TheSky

User Tools

Site Tools

You are here: A Cloud in The Sky » Building Automations » Best Practice » Room control
bms:bestpractice:roomcontrol:headpage

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
bms:bestpractice:roomcontrol:headpage [2022/02/13 06:54] – [Control curve] mkbms:bestpractice:roomcontrol:headpage [2022/02/15 19:53] (current) – [PID Regulator] mk
Line 1: Line 1:
-==== Room control ====+===== Room control =====
  
 Controlling the environment in a room can be tricky. Often it's based on an economic viewpoint. Controlling the environment in a room can be tricky. Often it's based on an economic viewpoint.
Line 6: Line 6:
 I will try explaining "Best Practice" or "Ideas of best practice" below with increasing advancements. I will try explaining "Best Practice" or "Ideas of best practice" below with increasing advancements.
  
-=== Room control Heat ===+==== Room control Heat ====
  
 Simplest automation, is a room temperature sensor controlling room heating. Simplest automation, is a room temperature sensor controlling room heating.
 Heat setpoint at 23 °C, and when room temperature gets below this setpoint, you can start regulation your heat option. Heat setpoint at 23 °C, and when room temperature gets below this setpoint, you can start regulation your heat option.
  
-=== Regulation types ===+==== Regulation types ====
 Regulators can be a difficult subject that requires a comprehensive explaination. Regulators can be a difficult subject that requires a comprehensive explaination.
 For now I'll just explain 2 types. For now I'll just explain 2 types.
  
-== Control curve ==+=== Control curve ===
  
 Control curves can be 2 points and upwards (Often no more then 10 points) Control curves can be 2 points and upwards (Often no more then 10 points)
 For heating, imagine 2 points in a curve, where X is the temperature below setpoint eg. 10 to 0 degrees below, and Y is a percentage from 100% to 0%. See the graph below. For heating, imagine 2 points in a curve, where X is the temperature below setpoint eg. 10 to 0 degrees below, and Y is a percentage from 100% to 0%. See the graph below.
  
 +<gchart 350x120 line left>
 +10=100%
 +0=0%
 +</gchart>
  
-<achart align="right" width=50% > 
-var options = { 
-    chart: { 
-        width: 380, 
-        type: 'pie', 
-        toolbar: { show: true,tools: { download: true } }, 
-    }, 
-    labels: ['Team A', 'Team B', 'Team C', 'Team D', 'Team E'], 
-    series: [44, 55, 13, 43, 22], 
-    responsive: [{ 
-        breakpoint: 480, 
-        options: { 
-            chart: { 
-                width: 200 
-            }, 
-            legend: { 
-               position: 'bottom'  
-            } 
-        } 
-    }] 
-} 
-</achart> 
  
-== PID Regulator == 
  
-=== Sensors explained ===+\\ 
 +\\ 
 + 
 +\\ 
 +=== PID Regulator === 
 + 
 +Please visit the [[bms:guides:pid|PID guide]] in guides section 
 + 
 +==== Sensors explained ====
  
 A sensor is basically anything inbound information, from temperature to light status. A sensor is basically anything inbound information, from temperature to light status.
Line 60: Line 49:
 </WRAP> </WRAP>
 <WRAP clear></WRAP> <WRAP clear></WRAP>
 +
 +
 +\\
 +\\
 +\\
 +\\
 +
 +~~DISCUSSION~~
bms/bestpractice/roomcontrol/headpage.1644731651.txt.gz · Last modified: 2022/02/13 06:54 by mk

Page Tools