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    Component 31: Power Summarizer
    In This Topic

    Component 31: Power Summarizer


    Specifications

    Line connections

    1

    Power of line1

    2

    Power of line2

    3

    Power of line3

    4

    Power of line4

    5

    Power of line5

    6

    Power of line6

    7

    Power of line7

    8

    Power of line8

    9

    Power of line9

    10

    Power of line10

    11

    Power sum1 to 10

     

    General       User Input Values       Physics Used       Displays       Example

     

    General

    This component belongs to the "measuring" components. These are characterized by lines that exit their connections and are not connected with other connection points of other components. Their endings have to take data from lines they are connected to. The connection lines can be compared with measuring cables of a measuring instrument that end in sensors to measure a physical vale of another line.

    Component 31 possesses 10 measuring lines, which add the heat flows from other lines. Line 11 represents the sum from Q1 to Q10. This component is especially suitable to capture all the pump outputs or the generator outputs of a system.

     

    Attention:

    If you try to measure fuel lines, you will only pick up the sensible but not the chemically bound heat.

    In case you enter -999 at MULi, the sensible and the chemically bound heat at the corresponding line is added.


    User Input Values

     

    MUL1

    Multiplier for power entry line 1

    MUL2

    Multiplier for power entry line 2

    MUL3

    Multiplier for power entry line 3

    MUL4

    Multiplier for power entry line 4

    MUL5

    Multiplier for power entry line 5

    MUL6

    Multiplier for power entry line 6

    MUL7

    Multiplier for power entry line 7

    MUL8

    Multiplier for power entry line 8

    MUL9

    Multiplier for power entry line 9

    MUL10

    Multiplier for power entry line 10

    Generally, all inputs that are visible are required. But, often default values are provided.

    For more information on colour of the input fields and their descriptions see Edit Component\Specification values

    For more information on design vs. off-design and nominal values see General\Accept Nominal values


    Physics Used

    Equations 

    All cases

     

     

    Htot(i) =H(i)*MUL(i)

     

    if MULi is set to -999, then

    Htot(i) =H(i)+NCV(i)

     

               10

    H11 =  (M(i)*Htot(i))/M11

               i=1

     

     

     

     


    Component Displays

    Display Option 1

    Example

    Click here >> Component 31 Demo << to load an example.

    See Also