OK I can make the buzzer beep if I forget the lights at night (see code from this post).
But that’s a little bit reactive, and still requires me to “move” and manually switch the light off. What would be better would be to switch the lights off altogether without requiring me to lift a finger.
This is where LightWaveRF comes into play. Not only they look really sleek, they fit in a standard connection box and are relatively cheap (when comparing with other standards).
I therefore bought a couple: 1 x 1 gang for the living room, 1 x 2 gang for the kitchen:
LightWaveRF 1 Gang Switch
LightWaveRF 2 Gang Switch
The way I chose to control them is to pair them with an RFXtrx transceiver via DomotiGa (see this post for more info).
I’ve still got to install the kitchen switch, but for now, I can control the living room lights from anywhere in the world !
I’ve also got some dimmable LEDs, but it turns out I can only dim them down to 50% instead of 0% (not much difference to be honest) so I might be looking for better ones soon. Watch this space 🙂
Next step in my Home Automation setup: remote controlled sockets.
I’ve therefore purchased a set of HomeEasy HE830s Remote Controlled Sockets (from Screwfix for those interested):
HomeEasy HE830s Remote Controlled Sockets
The first step is to get it working with the supplied remote. They’re fairly easy to pair (hold the button on the socket for 2 sec, then press the desired On button on the remote).
For the next step, since the HomeEasy sockets use a “standard” 433MHz frequency, they can be controlled by the RFXCom RFXtrx that I also purchased.
See this post for more information on what the RFXtrx is and how to pair a HomeEasy device with it.
The nice thing with the HomeEasy remote is that I can either pair it with a socket, or pair it with the RFXtrx to perform custom action within DomotiGa, or both.
For example I have set a Cinema mood scene: it dimms the living room lights, switches off the lights in the kitchen and switches on a floor standing light at the press of a single button 🙂
Now that I have DomotiGa installed, I realise the potential for a much better home automation / smart home. I manage to convince the “boss” to agree to get some goodies, namely LightWaveRF smart light switches (see this post) and a RFXCom RFXtrx Transceiver (from HERE) to control them remotely from DomotiGa.
RFXCom RFXtrx Transceiver
I specifically chose the RFXCom RFXtrx Transceiver instead of the LightWaveRF WiFi Link as it can control many other 433MHz based devices. The WiFi Link only controls LightWaveRF devices and is limited to 6 devices per room, 48 total devices (I’m not even sure if the RFXtrx has any such limitation).
To setup the RFXtrx in DomotiGa and pair it with a LightWaveRF Switch, this is what I did (under Ubuntu / DomotiGa):
- Connect the RFX
- run lsusb to make sure it’s correctly recognised
- Start DomogiGa
- Enable RFX Transceiver under Interfaces > RXFCom > Transceiver RFXTrx (note mine was listed under /dev/ttyUSB1, all other options left as default)
- Launch RFXCom Commander under Tools
- Make sure it shows Connected in green
RFXCom Commander – Connected
- Go to Receiver and ensure AD/LightwaveRF is enabled
RFXCom Commander – Modes selection
- Go to Lightning5 tab
- Select LightwaveRF for Type, select any ID (just remember what it is)
RFXCom Commander – LightWaveRF
- On the switch, hold both On and Off buttons for ~2 sec until both amber and blue lights flash
- Quickly click on On to pair
- You can check it paired correctly by sending Off and On commands.
- Now you can add it as a Device, the address to enter for the dimmer switch in DomotiGa is in the form ” abcdef 1 “, being the 6 digit ID + the Unit Code. (in my example ” 010102 1 “)
I received a free energy monitor a few years ago.
At the time I did notice the socket underneath, but never got round to getting a cable and software to take full advantage of its use.
After the initial novelty (seeing on a screen how much energy I was using), I ended up putting it in a cupboard.
However since I started using DomotiGa for my home automation setup, and since it appeared to be supported, I started to think about it again. I eventually sourced a cable (HERE)
CurrentCost USB Cable
The setup with DomotiGa was fairly painless: after enabling the CurrentCost energy monitor option and selecting the correct ttyUSB, the data was captured, namely current consumption, max consumption and temperature.
I added this straight away to my SmartVISU page 🙂 :
CurrentCost data in SmartVISU