can you provide a brief explanation of which one would (or could) cause the current to remain unchanged when dropping the voltage?
I assumed power factor was set or fixed based upon the components.
Thanks
Sparky0
hmmmm -
that's making sense
is there a connection to power factor with current not changing or is power factor fixed?
Meaning - am I correct that changing the voltage at a substation will not affect the power factor - correct? (or not)
Thanks again
Sparky0
I haven't caught up with you yet.
Can you explain further why I don't see the current change when the voltage is lowered?
What does this tell me about my load - obvious it's not purely resistive.
What components would model this type of load such as to cause the current to not change?
I see...
Thanks for the info.
Follow up question - why would (or what would cause) one to see no change in current flow when the voltage is dropped at the substation?
- lower the voltage at the substation's transformer (LTC), watching: power, voltage, and current and see no change in current.
Thanks...
Greetings -
Can you all help me brainstorm on this topic.
What issues should be considered when thinking about reducing the voltage at a substation to lower the power use for a limited time?
Meaning could the power provider save money by dropping the voltage at their substation at peak...
Hey waross -
I'm looking for "voltmeters" that can provide the data that would connect to devices like those.
I'm needing voltmeters I can remotely read ~ perhaps connect to the meter's collar.
-Sparky0
Greetings,
I am looking for a way to remotely (back at the office) monitor in real time the voltage at specific homes.
I like Smart Sync's "smart box" that provides a cellular path back but they do not provide the voltage sensors / meters that would plug into their box.
While I do not have to...
