Details on lighting
Information on the Lighting dialog in the dynamic cooling load calculation.
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Table
You can assign room-specific load profiles for the lighting.
By clicking you have the possibility to copy the contents of the table with or without column heading and paste it into Excel.
If you have selected individual rows or cells, you can copy the selected data with the key combinations Ctrl+C (with column heading) or Ctrl+Shift+C (without column heading) and paste it into Excel, for example.
Column | Description |
---|---|
Number | Number of lights/people/devices/air streams or mass flow rates to which this load is to apply. The load [W] is multiplied by the number. At room level, the number of people per square meter is automatically calculated for people from this specification. |
Usage profile sets | Displays the currently assigned usage profile set. Click to open the Usage Profiles dialog, where you can select additional profile sets or create new ones. |
Name | Click to open a dialog with a list of templates for calculating the load, depending on the load type When a template is selected, the data from the template is copied to the table. After the data transfer, the name can be adjusted manually (existing templates remain unaffected by the manual adjustment). |
Usage % | Percentage to which the selected profile set is used. This value is considered in addition to the usage values in the profile set. Accordingly, a profile of 50% with a usage of 50% is 25% effective. |
B % | The load factor of room indicates what portion of the convective part of the internal load is effective in the room. Values <100% reduce the cooling load. |
Load W | The capacity delivered by the internal load in the room. When entering this value, the value for the specific load will be determined automatically. |
Load/m2 W/m2 | The area-related capacity delivered by the internal load in the room. When entering this value, the absolute load will be determined automatically. |
Convection % | Percentage of the load that is convected directly to the room air. The rest of the load acts radiatively on the enveloping surfaces present in the room. |