This is the forum archive of Homey. For more information about Homey, visit the Official Homey website.
The Homey Community has been moved to https://community.athom.com.
This forum is now read-only for archive purposes.
The Homey Community has been moved to https://community.athom.com.
This forum is now read-only for archive purposes.
Let the games begin :)
MarcoF
Member
My findings;
Working:
- Zwave: Fibaro 2 x 1,5kW relay V2.2 working
- 433: ELRO remote is working
- API: HUE
- NFC: Dutch OV-Chipcard is detected and Homey's "parrot" flow says card-code
Not working (properly)
- Zwave: Fibaro FGK001 "not working" because of Homey sees it as a basic device so no device specific features/sensor
- API NetAtmo: Missing 4 sensors; Outdoor, Wind, 2 x extra indoor
- ChromeCast app doesn't recognizes our Sony AndroidTV
- IR: Samsung remote BN59-00706A
- IR: Samsung remote MF59-00291A
- IR: LG remote AKB72975301
- IR: Sony remote RMT-TX100D
- IR: Onkyo RC-807D
Comments
Also have some fun with deleting some of ur posts, like this1.
Where is ur credibility when u say something tomorrow?
- 5.35V
- 2850mAh
Give; 5.35V * 0.2850mAh = 15,247W usage over 3 hours, which is 5,082Wh for homey running standard with LED-ring on rainbow.I hoped for a bit less and more like a Rpi (3-4Wh)
[edit] small correction, made a small mess.....
The power consumption is for Homey (running idle) with LED-ring at 100%?
Could you measure the power consumption with the LED-ring at 10% (for me 100% is too bright)?
[edit]
Just tried to change the LED-ring to 1% (i'm running 0.8.29) so thats 10% (if 'm right) and current drops from 0.9-1.0Ah to 0.45-0.55 Ah so that about 50% lower, but voltage raised from 5.35V to 5.40V
So from:
5.35V * 0.95A = 5.13W
To:
5.40V * 0.50A = 2.70W
So that's a significantly drop.
Homey just ran 60min with LED-ring on 1% (don't know if its really 1 or 10%);
5.35V * 0.527mAh = 2.82Wh
That's really nasty good!
Just nitpicking
Homey will now run 7hours
@Rocodamelshe: he is into a fair bit of push pull sort of -relationship with homey
should be:
Power (in Watt = voltage x current) x time = total energy used...
But the result is the same
Here a pic of the meter running Homey(0.8.29, with high Top values) for about 7 hours "idle";
So lets try again;
(5.33 * (3584/1000)/(7*60+9)*60)=2.67Wh average after 7 hours and 9 minutes.
And @Fire69 also great measuring!
Btw, I'll let you know a little bit later how I accepted your 'Game on!'
Power consumption should go down a little thanks to the lower load I suppose...
Most power supply's are, by law, with 80 - 90% highly energie efficient!
So take the worst case on the idle measurements;
2.67Wh / 0.80 = 3.34Wh at the socket
A more realistic case (I hope) is that the Power Supply is 90%+ efficient;
2.67Wh / 0.90 = 2.96Wh at the socket
For now I decided to not upgrade/switch to Experimental.
Mostly because of the App/GC problems and I just want to play/test Homey.
So if loadlevels drop, then power usage will also drop and I think/hope for about 10-20%, above will be;
After 10 hours uptime;
last evening: 1.2-1.3
Now: 0.966796875,1.0107421875,1.03173828125
Actually, those loads aren't all that high. I averaged at about 1.5-1.8 all the time
My Homey is currently doing almost nothing.
- 4 Zwave device,
- some API based Apps,
- 4 flows meanly based on presence (so i guess the are idle until the app signals a Phone is outside the fence)
- Voice not trained (Actually i didn't try to test Voice at all)
After some playing around Load levels are now;[1.33447265625,0.994140625,0.98486328125]
So idle the Load Levels are "pretty" low and while playing around the quick go up.