Difference between revisions of "Ventilation: Context-sensitive regulation"
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{{Energy system | {{Energy system | ||
| − | |Description=Context-sensitive regulation contributes to an energy efficient use of HVAC systems, which reduces energy costs significantly. Ideally, sensors for air quality are installed. Combined with control systems, such as humidity and CO2 sensors, they adapt ventilation and air conditioning systems to actual demand. Moreover, these systems enable the measurement and visualization of air quality. Through this visualization manual ventilation can be optimized. | + | |Description=Context-sensitive regulation contributes to an energy efficient use of HVAC systems, which reduces energy costs significantly. Ideally, sensors for air quality are installed. Combined with control systems, such as humidity and CO2 sensors, they adapt ventilation and air conditioning systems to actual demand. Moreover, [http://www.mainslot.guru/ Main Slot] these systems enable the measurement and visualization of air quality. Through this visualization manual ventilation can be optimized. |
|Advantages=*Increased energy efficiency | |Advantages=*Increased energy efficiency | ||
*Reduced energy costs | *Reduced energy costs | ||
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|Cost for operation and maintenance=medium | |Cost for operation and maintenance=medium | ||
|Cost development=continuous | |Cost development=continuous | ||
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Latest revision as of 07:35, 24 January 2021
[edit]
| Description | [[Description::Context-sensitive regulation contributes to an energy efficient use of HVAC systems, which reduces energy costs significantly. Ideally, sensors for air quality are installed. Combined with control systems, such as humidity and CO2 sensors, they adapt ventilation and air conditioning systems to actual demand. Moreover, Main Slot these systems enable the measurement and visualization of air quality. Through this visualization manual ventilation can be optimized.]] |
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| Advantages |
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| Disadvantages |
High investment cost |
| Application barriers |
High investment cost |
| Information sources | |
| Image | |
| Trade: | HVAC technologies |
| Energytype: | electrical |
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| Energy saving or generation: | saving |
| Season: | winter, summer |
| Buildingtype: | single, collective |
| Envelope or System: | system |
| Category: | heating, cooling |
No performance data found for this type.
| Initial cost per unit: |
high |
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| Cost for operation and maintenance: |
medium |
| Cost development: |
continuous |
This is the chart for costs incurred during the lifecycle of the technology.
| The Design4Energy project aims to address evolutionary life-cycle evolutionary design methodology able to create energy-efficient buildings flexibly connected with the neighbourhood energy system. | 
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BL(Ti)=0.788 
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