Ah… I had that ambiguous in my post, though I left it all zeros which should always work. That makes sense and is consistent with other SNMP implementations. I’ll edit my post above.
Hi,
I’m in a very similar situation - I have a CyberPower CP1500EPFCLCD and I’m trying to get monitoring to work. The Personal PowerPanel is a bit lacking - no historical graphs for voltage etc.
Trying to do things one at a time - but while the Personal Edition can communicate with the UPS via USB, the login on the browser to the Business Local says “Connection has not been established.”
I’ve tried turning the firewall off and Uninstalling Personal Edition, as well as replugging the USB several times. No difference however.
Do I need to get the business version working, to activate SNMP, before I can start with making historical graphs of input voltage?
For a 2nd UPS, it’s simply connected to the router, and would like to get an email whenever that UPS needs to switch to battery. Is there a way to get it to send an email without being connected by USB to a PC? Thanks.
Yes, you need the business edition to work first. I don’t know why it is not, mine just came up working after installation.
For the UPS on a router, you could check and see if it has something called “NUT” available, which is a unix based piece of software that monitors UPS’ generally. It would NOT normally be on a router, but if you have something like openwrt or some expandable system, you may be able to put it there. Alternatively, the simplest thing (ok, not simple exactly) is to get a raspberry pi, install linux and nut, and monitor it from there. Home Assistant has the ability to monitor NUT monitors. But that’s not exactly a simple solution if you don’t know linux.
Thanks for the advice re: the routers. I am aware of opwnwrt and similar, but this would be for a set and forget stock system for non-techy people, so fiddly things like raspberry pi and flashing ROMswon’t be to their liking (warranty and so forth.) Guess I’ll have to forgo the email notification on the router then.
Mine is the CP1500EPFCLCD, which seems to be the non-US version of the same UPS discussed in the thread. Not sure if that makes a difference? But yes, would love to get the Business part working - I assume when it’s working, after logging in by browser everything is displayed etc. ?
And once it is, activate SNMP via the menu - anyone have a monitor already set up to graph voltage/power etc. time series? Thanks.
Edit: I might not need SNMP for my application - I just want to be able to record (and graph) voltage time series (and possibly power.) Doing this on the Windows PC that is attached via USB is fine, but the CyberPower Panel software doesn’t do this. Anyone know of a way I could achieve this? Thanks.
I also found the reported load use to be way off. Currently using an old rpi running NUT until this is resolved.
Hi all.
I just bought a Cyberpower VP700ELCD which is conected via USB to a Windows 10 pc with the PowerPanel app installed.
Can someone explain the step by step guide to getting this integrated to HA? I’m running Hassio on a NAS.
Thanks in advance
Here is my configuration.yaml for a cyberpower and the entities card setup.
First you need to download and install the latest CyberPower Panel Business V4 at PowerPanel® Business 4 | CyberPower Systems
I installed this on my Windows 10 computer (IP 192.168.1.7). I disabled Personal Edition of CyberPower in my startup services and installed Version 4 of the Business edition that I downloaded from the link above (ppb440-setup.exe).
You launch CyberPower Business (username : admin , password: admin) and it should automatically find your UPS via the USB port connection.
I went to settings, enabled SNMP v1, and created the public and private groups and linked to 0.0.0.0 which means any computer on my network can query the snmp service. I set these to read/write
Secondly you need to download the latest MIB file from CyberPower at MIB Files | CyberPower Systems
Note where this is saved, mine was of course in the Windows Downloads folder. Unzip the file, mine was called MIB002-0001-10.mib and I stored it in a folder called “MIB” off the Downloads folder.
Use an MIB browser, I used iReasoning MIB Browser (Free MIB Browser / MIB Browser / SNMP Browser.)
Install and start the iReasoning Browser. Choose “File…Open…” and go to the folder where you stored the CyberPower MIB file and select it. Start by selecting your ip address or localhost as the address in the top right box. In my image below you will see it is connected to ‘localhost’ since I am running the iReasoning Browser on the same computer the UPS is plugged into. If you are running this on another computer you would have to put in the IP address of the computer attached to the UPS (192.168.1.7 in my case). Easier to just run on the same Windows 10 machine. Note that my HA is running in Docker on a Ubuntu machine elsewhere on my network at 192.168.1.38 but I never need to enter this anywhere to get everything to work.
It’s not super intuitive but start after loading the MIB go down the tree with ‘private…enterprises…cps…products…ups’ and work your way down the folder tree in the MIB file and you will see lots of OIDs you can use. Double click a ‘leaf’ on the tree and it will query the OID and return a value. The OID is listed at the bottom left and the values when you double click are shown on the right hand panel.
You can try any of the OIDs to see which work on your UPS, most were OK on my Value II 1600E but if the OID is not supported it will just tell you that.
Note two things.
First the OIDs from CyberPower need the “.0” at the end, you cannot use just the OID you see in a viewer.
Second, look at the response data, it might be an integer; ticks (e.g. time remaining in my example below); or a series of strings, for example the “Status”, which you can then use to develop the value_template in configuration.yaml. I have many examples below.
Then its time to edit the ‘sensor’ section of your configuration.yaml file.
###############################
# #
# UPS #
# #
###############################
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.4.2.1.0
accept_errors: 'true'
community: public
port: 161
name: UPS Output Voltage
value_template: '{{ (value | int / 10 ) }}'
unit_of_measurement: "V"
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.1.1.1.0
accept_errors: 'true'
community: public
port: 161
name: UPS Model
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.4.1.1.0
accept_errors: 'true'
community: public
port: 161
name: UPS Status
value_template: >
{% set vals = {'1': 'unknown', '2':'onLine', '3':'onBattery', '4':'onBoost', '5':'sleep', '6':'off', '7':'rebooting'} %}
{{vals[value]}}
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.3.2.6.0
accept_errors: 'true'
community: public
port: 161
name: UPS Advanced Status
value_template: >
{% set vals = {'1': 'normal', '2':'Over Voltage', '3':'Under Voltage', '4':'Frequency failure', '5':'Blackout'} %}
{{vals[value]}}
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.4.1.1.0
accept_errors: 'true'
community: public
port: 161
name: UPS Battery Status
value_template: >
{% set vals = {'1': 'unknown', '2':'Normal', '3':'Battery Low'} %}
{{vals[value]}}
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.2.2.1.0
accept_errors: 'true'
community: public
port: 161
name: UPS Battery Capacity
value_template: '{{ (value | float) }}'
unit_of_measurement: "%"
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.4.2.3.0
accept_errors: 'true'
community: public
port: 161
name: UPS Load
value_template: '{{ (value | float) }}'
unit_of_measurement: "%"
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.2.2.2.0
accept_errors: 'true'
community: public
port: 161
name: UPS Battery Voltage
value_template: '{{ (value | int / 10 ) }}'
unit_of_measurement: "V"
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.2.2.4.0
accept_errors: 'true'
community: public
port: 161
name: UPS Run Time Remaining
value_template: >-
{% set time = (value | int) | int %}
{% set minutes = ((time % 360000) / 6000) | int%}
{% set hours = ((time % 8640000) / 360000) | int %}
{% set days = (time / 8640000) | int %}
{%- if time < 60 -%}
Less then 1 min
{%- else -%}
{%- if days > 0 -%}
{{ days }}d
{%- endif -%}
{%- if hours > 0 -%}
{%- if days > 0 -%}
{{ ' ' }}
{%- endif -%}
{{ hours }}hr
{%- endif -%}
{%- if minutes > 0 -%}
{%- if days > 0 or hours > 0 -%}
{{ ' ' }}
{%- endif -%}
{{ minutes }}min
{%- endif -%}
{%- endif -%}
- platform: template
sensors:
ups_battery_capacity:
unit_of_measurement: "%"
value_template: "{{ states('sensor.ups_battery_capacity_2') }}"
friendly_name: "Battery Capacity"
icon_template: >
{% set level = states('sensor.ups_battery_capacity_2') | float | multiply(0.1) | round(0,"floor") | multiply(10)| round(0) %}
{% if is_state('sensor.ups_status', 'onLine') and is_state('sensor.ups_battery_capacity_2' , '100.0' ) %}
mdi:battery
{% elif is_state('sensor.ups_status', 'onLine') %}
mdi:battery-charging-{{level}}
{% else %}
mdi:battery-{{level}}
{% endif %}
Note that the template at the bottom creates a smart icon. It shows the level of the battery and the icon has the ‘flash’ symbol on the right if it is charging and does not have the flash if at 100% or running on batteries and discharging. (Thanks to RobC and AndyVR on Discord for this icon code)
the entities card setup
type: entities
entities:
- entity: sensor.ups_model
name: Model
icon: mdi:power-plug
- entity: sensor.ups_status
name: Status
icon: mdi:power
- entity: sensor.ups_battery_capacity
name: Battery Capacity
- entity: sensor.ups_run_time_remaining
name: Run time remaining
icon: mdi:av-timer
- entity: sensor.ups_battery_status
name: Battery Status
icon: mdi:car-battery
- entity: sensor.ups_battery_voltage
name: Battery Voltage
icon: mdi:car-battery
- entity: sensor.ups_output_voltage
name: Output Volts
icon: mdi:power-socket-au
- entity: sensor.ups_advanced_status
name: Advanced status
- entity: sensor.ups_load
icon: mdi:signal-cellular-3
header:
type: picture
image: local/ups5.jpg
tap_action:
action: none
hold_action:
action: none
and the card itself
Note in the image above the battery is at 94% and charging (the flash icon to the right of the battery). This is using the icon created in the ‘sensors’ template
14 Likes
Works like a charm. Literally copy-paste-joy. Thanks!
Is it possible to get the output load or output power values through SNMP? I tried using the MIB Browser, and for some reason the upAdvancedOutputLoad value is locked at 14 and the upsAdvanceOutputPower value returns an error.
If it’s possible I never found it – as you did, the expected field just has a fixed value. If you stumble across an OID, please share. I just report battery %, Battery time and status, and the time gives me an indication of load - not a good one, but at least rough idea.
I never found it either. Strange as it reports this in the web portal so we all know it is there somewhere
To be fair, it’s a consumer UPS (business ones tend to have network cards) and you could probably count on two hands if not one all the consumers who want SNMP monitoring. Or know what SNMP is. Heck, even Windows doesn’t put any real effort in SNMP. I monitor thousands of devices and dozens of vendors for clients, and it seems like every implementation I am finding workaround and mistakes. The typical vendor response is “We make a great monitoring product, use ours”.
The standard is: Standards are dead. 
Not sure this is going to be an option for everyone, but I ended up passing the USB port through to my Home Assistant VM. I was then able to setup NUT and get the power utilization that way. This is for the Costco sold CyberPower LE850G.
1 Like
Yeah, I use NUT on another UPS on linux, works fine, but I want this UPS to actually shut down my windows PC, so that’s not really a possibility. Though… having said that… never looked into the new windows linux subsystem, I wonder if I can run NUT there.
I just finished getting my WinPC+CP1500pfclcd (blueiris server), my NAS, and my HA pi to safely shut down after a power outage, and so far it’s working. Here’s an overview of what I did…
I installed powerpanel business 4 (local) on the winpc, plugged the USB in, and setup SNMP v1 in powerpanel using the “public community” only (read only, as the NAS really only needs power out traps). Since the software is local, it handles shutting down the winpc. V3 I am I guess too dumb to get working in this case… and everything on my LAN is isolated behind a router, and I don’t let anyone I don’t fully trust on my LAN subnet ever anyways (all openVPN from outside).
On my Synology nas, I just configured DSM for an SNMP UPS, SNMP v1, using the public community, added the IP of the pc running ppb4local, and the NAS immediately showed approval (make/model/states showed up from ppb4, no problemo). So now the NAS will know when the UPS is having issues, and can shutdown as needed. If the nas was another windows pc, I’d just use ppb4 remote on it instead… but thank goodness the NAS knows what to do sans SNMP NMS! (…DSM’s built in “SNMP server” was disabled)
For my pi… I already had a hardware solution for this, lol… an arduino nano with the pi USB supply going to a digitalread, and sending states to HA using the serial sensor. This method is powerful, since you get a bunch of useful io from the nano, and a lot of preprocessing can be handled by the 32u (can program it to suit a TON of different applications). For example I am using a second pin to read my 12VAC doorbell signal, and a third to get my smoke alarm signal wire into HA. You can get into maker land with these things… but I bet half of the HA users are already there.
On a side note, I did try a roundabout way using a docker image of ppb4 local… the idea was to have the USB attached to the NAS, Synology handle shutdown from USB, and the ppb4 local instance would then inform a ppb4 remote instance (installed on the winpc) to shutdown in time. Unfortunately I’m too much a newb, and could not get the container to talk succesfully with USB after trying for hours. So I gave up and experimented with SNMP until I came up with something that worked.
I was updating a lot of things and installed 4.8 of Cyberpower, and I think they have fixed at least some of this.
At .1.3.6.1.4.1.3808.1.1.1.2.2.2.0 I now get battery voltage, and at 1.3.6.1.4.1.3808.1.1.1.4.2.3.0 I get load percentage. I could not get load amps to work.
Battery voltage is weird, I thought these all had 12v batteries (1 or 2), and my CP1500PFCLCDa shows 27.5v (consistent with two 12v’s at about 13.8v). However the CP1000AVRLCD shows 20.1v. It tests good (from powerpanel) and shows 100% charged, but it’s a weird battery voltage for SLA batteries. I searched the Cyberpower site for replacement batteries and it calls out a 12V/9Ah battery, so not sure where this 20.1 is coming from, it looks incorrect. It does match what the Powerpanel says, though, so the problem is in its data acquisition not the SNMP hook.
Anyway, I did not explore all the MIB values, but anyone who had issues before may want to try the new version. Take care to get the local+management (larger) download kit, the management only won’t work.
Just a bit of advice - if like me you’ve had the issue that when you reboot Home Assitant and the PC isn’t currently swtiched on, which marks all of these sensors and Unavaiable and they then don’t come back when you power on your PC, then add
accept_errors: true
to each of your sensors config.
Have updated all of my code above to include the UPS load percentage OID and added
accept_errors: 'true'
to all sensors. This stops them from showing an error if not available when the PC is off as HA starts
I have made a few additions to also include a rough estimate of the output watts calculated by the load and max rated capacity, and thought I’d share it if someone else is interested:
- platform: snmp
host: 192.168.1.7
baseoid: .1.3.6.1.4.1.3808.1.1.1.1.2.7.0
accept_errors: "true"
community: public
port: 161
name: UPS Rated Capacity
unit_of_measurement: "W"
- platform: template
sensors:
ups_used_watts:
unit_of_measurement: "W"
value_template: "{{ (states('sensor.ups_rated_capacity') | float * (states('sensor.ups_load') | float / 100)) | round(2) }}"
friendly_name: "UPS Used Watts"
1 Like
DO I need to enable something in the Business Local Power Panel? I am getting 401 - not authorized error for the rest api