I have been looking into whole house monitoring solutions and the Emporia Vue looks like a decent device. Capable of monitoring up to 16 individuals in addition to the mains power, the Emporia Vue Gen 2 does a great job at pinpointing electricity hogs in your home. Supports single-phase up to 240VAC line-neutral; single, split-phase 120/240VAC; and three-phase up to 415Y/240VAC (no Delta).

eventually we discovered I had made the novice mistake of putting the 200A sensor on the live feed from the meter THE WRONG WAY ROUND (doh! The first two above are the pool, first in dollars and then in kWh, followed by the same breakout for the EV charger. This is done, in my case, on a Ubuntu machine that runs an Intel processor and has the required tool chains available.

FWIW I'm not interested in using the Emporia cloud/app function and would only use it if I can get it working local connection only. Each of the Emporia sensors plugs into a central module that also fits inside your electrical panel. I am looking for electric energy monitoring, this "Emporia Vue gen 2 with 16 sensors" seems great and good value for money for so many amp clamp (16 small for 50A + 3 larger for main 3 phases). Use the Emporia App to reduce overall energy consumption by identifying and managing wasted energy and providing control over how energy is used throughout the day.

Max access to the cloud API workaround is once per minute and as it is not official seems to be problematic from time to time. About me: potential new user of Domoticz, just learned about it and reading this forum it seems a really great community. so if something drew 0 watts for 2 seconds and non-zero for 3 more it would not show it was at 0 watts for part of that time.Emporia intends for homeowners and business owners to install the antenna through the casing of the circuit box.

Pair the Emporia Vue with the Emporia Smart Home Energy Management system to automate your energy use and storage to meet your needs, comfort, and budget. It's not like a microinverter scenario where you can clamp around a wire, and any current in that wire is "production". Otherwise you could probably use an Arduino or android app running on a firestick of some other android device in the house that is never turned off?My home has a very small electrical panel, so the electrician faced a challenge getting all the sensors and wires to fit, as you’ll in the next picture. You need to be a heck of a lot faster for PV divert and there are diy instructions on the open energy monitor site with sw to accomplish this. Edit > I'm not saying one method is better than the other, just saying for me this is overall easier and more maintainable, at least until we can compile it on ARM. Fortunately, the software, AI, and features of the Emporia Gen 2 Vue Energy Monitor fared better under review. And without consideration for the helpful energy-saving tips and services on offer via the app itself.

They don't advertise, so you won't have heard of it, but having tried the Emon devices, the Brultech GEM and Brultech ECM, the Iotawatt is the best of these. The device has two 200A clamps which need to go around the L and N supply leads into the distribution box. Ideally I’d like to use some device like these to program a master/slave load-smoothing control protocol so that when the master fridge is on, all others are switched off and once the master fridge turns off, the first slave fridge is allowed to turn on (blocking all lower-priority loads), etc. Has anyone done any packet sniffing to see how tough it would be to integrate with a home-brew program to access the raw data over the WiFi? Add individual 50A sensors to your Vue to monitor up to 16 individual circuits — providing accurate energy use for the appliances and equipment that is important to you.Imagine how much quicker the Sense could identify stuff it *also* was aware of which CT/input the spike was on.