Max Demand Power where Diversity Factor is ignored

This is the combination of Continuous and Intermittent absorbed power where Diversity factor is ignored:

Max Demand No DF Conn Power

• Max Demand No DF Conn Power has a unit value of kW.

• Max Demand No DF Conn Power is derived from the value of the Utilization for each fed tag. The utilization values are:

  • Continuous

  • Intermittent

The equation for Max Demand No DF Conn Power is:

Max Demand No DF Conn Power = (Σ Continuous Power + Σ Intermittent Power)

Max Demand No DF Conn Reactive Power

• Max Demand No DF Conn Reactive Power has a unit value of kVAr.

• Max Demand No DF Conn Reactive Power can have a positive or negative value. If positive, the associated power factor unit = LAG and if negative, the associated power factor unit = LEAD.

The equation for Max Demand No DF Conn Reactive Power is:

Max Demand Reactive No DF Conn Power = (Σ Continuous Reactive Power + Σ Intermittent Reactive Power)

Max Demand No DF Conn Apparent Power

Max Demand No DF Conn Apparent Power is calculated using Max Demand No DF Conn Power and Max Demand No DF Conn Reactive Power.

Max Demand No DF Conn Apparent Power has a unit value of kVA.

The equation for Max Demand Apparent Power is:

Max Demand No DF Conn Apparent Power = √ (Max Demand No DF Conn Power2 + Max Demand No DF Conn Reactive Power2)

Max Demand No DF Conn Power Factor

Max Demand No DF Conn Power Factor is calculated using Max Demand No DF Conn Power and Max Demand No DF Conn Power Apparent Power.

Max Demand No DF Conn Power Factor has a unit value between 0 and 1.

The equation for Max Demand No DF Conn Power Factor is:

Max Demand No DF Conn Power Factor = Max Demand No DF Conn Power / Max Demand No DF Conn Apparent Power

Equations for Max Demand No DF Conn Power Factor Unit attributes are:

If Max Demand No DF Conn Power value is positive then Max Demand No DF Conn Power Factor Unit = LAG

If Max Demand No DF Conn Power value is negative then Max Demand No DF Conn Power Factor Unit = LEAD

If Max Demand No DF Conn Power value = 0 then Max Demand No DF Conn Power Factor Unit = null

Max Demand No DF Conn Current

Max Demand No DF Conn Current is calculated using Connection Voltage data (Voltage Type, Project Voltage) and Max Demand No DF Conn Apparent Power.

Max Demand No DF Conn Current has a unit value of Amp.

Equations for Max Demand No DF Conn Current attributes are:

If Voltage Type = S then
Max Demand No DF Conn Current = (Max Demand No DF Conn Apparent Power * 1000) / Project Voltage

If Voltage Type = L then
Max Demand No DF Conn Current = (Max Demand No DF Conn Apparent Power * 1000) / Project Voltage

If Voltage Type = T, TN then
Max Demand No DF Conn Current = (Max Demand No DF Conn Apparent Power * 1000) / (Project Voltage * 3)

If Voltage Type = DC then
Max Demand No DF Conn Current = (Max Demand No DF Conn Power * 1000) / Project Voltage

Note:
In this case Max Demand No DF Conn Apparent Power = Max Demand No DF Conn Power.