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= Peak value
= Minimum value
= Supply
Example
For an AC mains with connected consumers, which have a real power consumption of 400kW, the pulse valency
must be calculated.
The energy, which can be consumed in one our, is:
Energy = Real power * time
Energy = 400kW * 1h
Energy = 400kWh
The result is a pulse valency of:
Pulse valency = Energy/pulse
Pulse valency = 400kWh/pulse
This means, that the pulse valency must be equivalent or higher than 400kWh/pulse, and must be set at UMG
96. Now one pulse per hour appears at the output at a power of 400kW.
If at a power of 400kW more pulses per time are required, 1 pulse per minute, for instance, the pulse valency
must be set to:
Pulse valency = 400kWh/pulse : 60
Pulse valency = 67kWh/pulse
If at a power of 400kW even more pulses are required, 1 pulse per second, for instance, the pulse valency is:
Pulse valency = 400kWh/pulse : 3600
Pulse valency = 112Wh/pulse
Pulse valency
The pulse valency is given in Wh per pulse.
Pulse valency
= Energy per pulse
The pulse valency may not be confused with the kW-meter-constant. The kW-meter-constant is given in
kW-meter-constant = Rotations per kWh
The context between pulse valency and kW-meter- constant can be seen in the following correlations:
kW-meter-constant = 1/pulse valency
Pulse valency
= 1/kW-meter-constant
