I have a home server that is on 24x7 protected by a UPS. The UPS monitoring daemon (nut) provides a hook for calling a script when its status changes, so I have it push a high priority notification to my phone via ntfy whenever it goes on battery or off battery. I also have it broadcast on mqtt so that in the future I can have a dedicated daemon that will collect stats and take other actions that aren't really appropriate for a hook script.
Disclaimer: I am the ntfy maintainer. Pleasantly surprised to be mentioned, hehe.
Pushover is an amazing tool and works well. In my obviously biased opinion though, I think that ntfy has a ton more features than Pushover and is fully open source. You can self host all aspects of it or you can use the hosted version on ntfy.sh for free, without signups, or pay for higher limits.
I don't know, I've never used pushover. A quick look at their home page doesn't seem to indicate the option of self hosting on a VPS, so that precludes it for me. Otherwise from the code samples provided, it looks quite similar.
Very cool project! Another method you can run entirely remotely, if your utility supports it, is poll the utility's customer API endpoint for data where they expose if your power is out using your smart meter. ComEd in Illinois supports this, for example.
I have a self-updating github readme, reads a sensor at my home
I joke if it goes down means something happened to me but sometimes the server has a problem like running out of space since an error logger keeps writing over and over
Assuming you’re talking about the same thing that PG&E does, it’s technically only zigbee at the transport layer. The power/utility aspect is all very different and relies on crypto/keys that are not trivial to get.
You will not be able to just point the radio in your zigbee stick at your meter. As far as I know, the only device that is even blessed with the keys to do this is the Rainforest/Eagle device. You _still_ have to get permission from your utility, though. PG&E has a web page where you plug in the MAC for the radio and submit it. Only some customers on some rate plans are allowed to access this.
I gave up and went with a power monitor that’s installed in the main breaker box. It uses CT clamps on each circuit to give very accurate and timely readings.
Disappointed the solution doesn’t just track home power but also other dependencies like the network switch, the wan uplink, etc. sure, you might not be able to push the data if your wan is down but afterwards you should be able to determine whether it was a power outage or Comcast went down.
An IoT device actually monitoring mains (and only that) seems like a better solution, if only because it’ll work when you get a UPS for your router.
> An IoT device actually monitoring mains (and only that) seems like a better solution
This is what I was thinking. Specifically I have several different models of Zigbee and Z-wave "smart outlets" among the myriad IoT devices I've evaluated. While reading through the OP, I found myself wondering if one of them could just be left in the "ON" state, powering nothing (or something I always want running like a freezer). Then I could simply have HomeAssistant, which is backed by a UPS along with my modem and router, report its status.
I've seen the John Oliver videos and all, so I know this comes as a surprise to no-one but... the US needs to get its act together and build some actual infrastructure. I've heard lots of encouraging stories on the Volts podcast about it, too. Not enough, not fast enough, from what I understand.
I'm 38 and I've had power go out in my house for lots of reasons, but all of them came down to me blowing a fuse somehow. I can't remember ever having had an actual, you know, power outage. So I guess I just here to tell you over there in the US that another way is possible. :)
Depends on the region. I live in one of the bad areas, with lots of trees. The power goes out every couple months for a couple hours.
But I was very surprised to learn that until 2021, most Texans had never had a power interruption in decades (which I suppose added to their panic).
Not all that useful to say "the US" here. California has it's wildfires and earthquakes. The west has extreme temperature swings. Southeast has hurricanes, and northeast has trees, ice, and wind. The entire south likes to run air conditioning. What does your country or its neighbors face? How about 10 countries over?
> What does your country or its neighbors face? How about 10 countries over?
Well my country sometimes has storms that do lead to power cuts for a few hours in the worst case, it's happened to me in 1999 and 2010 (but then there was also flooding that time). It's not happened since except for a couple of scheduled cuts that lasted a minute or so.
About five countries over, there is a special military operation that you might have heard of. About ten countries over there's another one. I'm pretty sure some neighbouring countries also have ice, forests, wind and wildfires.
> But I was very surprised to learn that until 2021, most Texans had never had a power interruption in decades
And now in 2025 you will find the highest density of generac installs in Texas. I'm in a neighborhood where at least 80% of the homes have a standby unit. The substation is less than a mile away but the lines have to go through Narnia to reach us. Outages are half a day at a minimum.
Do you have trees where you live? :) Because we have above-ground power lines in much of the US, wind and ice are always bringing branches down on power lines.
New local and/or urban last mile electrical distribution infra is typically buried, but to your point, lots of legacy above ground infra at risk until someone finds the funds to bury/harden it.
I live in the 3rd "wealthiest" county in the United States. The combined market cap of headquartered companies here total over 10 trillion dollars. I can't install solar panels and I can't be bothered to buy house batteries so I've only had power 98.6% of the time last year.
I've lost hope. In theory it can be done but it feels something on the same order as setting foot on the moon again. We have the technology and capability to do so but somehow our population collective decision results in keep things garabge.
I live in the southern US. Our power goes out all the time due to hurricanes, tornados, flooding, falling tree limbs, and various other extreme weather events.
A lot of homes have gas or propane generators that will cut on when a power outage is detected.
Same here (Western Europe). I can't recall the last time we had a power outage that was not caused inside the house.
All power cables except for long-distance transport are underground though, which probably helps a lot and might account for the difference to a large extend.
(Our microwave oven did trip our residual-current circuit breaker a few weeks ago, never encountered that before, only 'fuse switch'-flips. Sadly that was the end of the device after 16 years.)
I'm as big a fan of ragging on "america" as anyone else, but it does occasionally have a few relatively unique problems compared to most other countries, such as the distances involved and the (lack of) density of population.
Above ground electric lines vs buried ones are a good example of how quickly your ROI can drop off for infrastructure problems.
Spending 10 million to add cold-weather protection to a powerplant that services 5million people? No brainer. Spending 10 million to bury 100 miles of power line that services 1000 people? Ehh...
Readit News
Make UPS data available over SNMP, track via MRTG. A simple, decidedly 1990s solution that unsurprisingly still works. Pretty graphs and everything.
Pushover is an amazing tool and works well. In my obviously biased opinion though, I think that ntfy has a ton more features than Pushover and is fully open source. You can self host all aspects of it or you can use the hosted version on ntfy.sh for free, without signups, or pay for higher limits.
I suggest you try out ntfy;-)
I joke if it goes down means something happened to me but sometimes the server has a problem like running out of space since an error logger keeps writing over and over
My electricity reader supports ZigBee.
My provider knows minute by minute my consumption, yet only providers it on THEIR website, in a way that is useless to me.
You will not be able to just point the radio in your zigbee stick at your meter. As far as I know, the only device that is even blessed with the keys to do this is the Rainforest/Eagle device. You _still_ have to get permission from your utility, though. PG&E has a web page where you plug in the MAC for the radio and submit it. Only some customers on some rate plans are allowed to access this.
I gave up and went with a power monitor that’s installed in the main breaker box. It uses CT clamps on each circuit to give very accurate and timely readings.
I'll call APS (Arizona) tomorrow to see what is possible.
https://thejeshgn.com/2023/08/31/using-ups-with-synology-and...
An IoT device actually monitoring mains (and only that) seems like a better solution, if only because it’ll work when you get a UPS for your router.
This is what I was thinking. Specifically I have several different models of Zigbee and Z-wave "smart outlets" among the myriad IoT devices I've evaluated. While reading through the OP, I found myself wondering if one of them could just be left in the "ON" state, powering nothing (or something I always want running like a freezer). Then I could simply have HomeAssistant, which is backed by a UPS along with my modem and router, report its status.
I'm 38 and I've had power go out in my house for lots of reasons, but all of them came down to me blowing a fuse somehow. I can't remember ever having had an actual, you know, power outage. So I guess I just here to tell you over there in the US that another way is possible. :)
But I was very surprised to learn that until 2021, most Texans had never had a power interruption in decades (which I suppose added to their panic).
Not all that useful to say "the US" here. California has it's wildfires and earthquakes. The west has extreme temperature swings. Southeast has hurricanes, and northeast has trees, ice, and wind. The entire south likes to run air conditioning. What does your country or its neighbors face? How about 10 countries over?
Well my country sometimes has storms that do lead to power cuts for a few hours in the worst case, it's happened to me in 1999 and 2010 (but then there was also flooding that time). It's not happened since except for a couple of scheduled cuts that lasted a minute or so.
About five countries over, there is a special military operation that you might have heard of. About ten countries over there's another one. I'm pretty sure some neighbouring countries also have ice, forests, wind and wildfires.
And now in 2025 you will find the highest density of generac installs in Texas. I'm in a neighborhood where at least 80% of the homes have a standby unit. The substation is less than a mile away but the lines have to go through Narnia to reach us. Outages are half a day at a minimum.
https://www.fema.gov/case-study/overhead-underground-it-pays...
https://www.cnbc.com/2023/10/21/burying-power-lines-for-wild...
https://research.ufl.edu/should-power-lines-go-underground.h...
https://web.archive.org/web/20220101210439/https://www.eei.o...
(have an electrical journeyman friend who will spend the rest of his life upgrading California electrical infra, we speak frequently on this topic)
I've lost hope. In theory it can be done but it feels something on the same order as setting foot on the moon again. We have the technology and capability to do so but somehow our population collective decision results in keep things garabge.
A lot of homes have gas or propane generators that will cut on when a power outage is detected.
All power cables except for long-distance transport are underground though, which probably helps a lot and might account for the difference to a large extend.
(Our microwave oven did trip our residual-current circuit breaker a few weeks ago, never encountered that before, only 'fuse switch'-flips. Sadly that was the end of the device after 16 years.)
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Above ground electric lines vs buried ones are a good example of how quickly your ROI can drop off for infrastructure problems.
Spending 10 million to add cold-weather protection to a powerplant that services 5million people? No brainer. Spending 10 million to bury 100 miles of power line that services 1000 people? Ehh...