For V1, I’m pretty sure it’s done in the firmware (heck, it should be done in V2 as well, but then I hope the firmware adjusts for voltage).
However, nothing is stopping you from doing an adjustment calculation in the DTH.
For V1, I’m pretty sure it’s done in the firmware (heck, it should be done in V2 as well, but then I hope the firmware adjusts for voltage).
However, nothing is stopping you from doing an adjustment calculation in the DTH.
What kind of tolerance does it have? Does it take into account tolerance stacking and account for being out of tolerance as a whole if stacked tolerances add up to greater than allowed?
True for truly resistive load, like a toaster. If you have motors in your home there is a power factor implication to the calc. Having said that, as long as you don’t need great accuracy then the generation 1 version is a great deal right now.
eGauge device, work #1 !!!
Nice work! Looks like a very nice product. But wow, it’s expensive, eh? I thought my IoTaWatt was a little on the pricey side…but now I think it was a pretty good deal.
I wrote an integration for IoTaWatt for my Hubitat system, that allows real-time power usage data for each of the 14 channels. If someone wanted to use it on ST, it would be an easy software port.