Active power

Method

The schedule is active power. Its value at the ambient temperature caps the active output, and so does the nameplate times the power factor (1). The operating-point rules of the Inverter operating limits step hold the output to the lower of the two.

The math

1. AC limit

$$P_{ac,max}(T_{amb}) = \min\big(P_{sch}(T_{amb}),\ \text{PF}\,P_{nom,inv}\big) \tag{1}$$

where

Symbol	Meaning	Unit
$P_{ac,max}(T_{amb})$	the inverter's own AC limit at the ambient temperature	W
$P_{sch}(T_{amb})$	the inverter's ambient nameplate schedule read at the ambient temperature, linear between its points, no bound without a schedule	W
$T_{amb}$	the ambient temperature	°C
$\text{PF}$	the power factor. When the inverter nameplate is apparent power (Losses tab), else 1	—
$P_{nom,inv}$	the inverter's AC nameplate	VA

API

options.inverter_schedule_power = active

Symbols follow the symbol registry.