# Add support for Aquarea to Panasonic Comfort Cloud
**URL:** https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786
**Category:** Apps
**Created:** [February 5, 2022, 9:16am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786 "2022-02-05T09:16:20Z")
**Posts on this page:** 15
**Page:** 2
### Author:  [@LorbiT](https://community.homey.app/u/LorbiT)
#### Post date: [April 14, 2025, 6:00am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/21 "2025-04-14T06:00:24Z")
+1
Model WD-SDC0309K3E5
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### Author:  [@Stephan\_Wagner](https://community.homey.app/u/Stephan_Wagner)
#### Post date: [April 22, 2025, 12:11pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/22 "2025-04-22T12:11:43Z")
+1
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### Author:  [@Balazs\_Horvath](https://community.homey.app/u/Balazs_Horvath)
#### Post date: [April 23, 2025, 11:18am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/23 "2025-04-23T11:18:52Z")
+1, I need this app… ☹
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### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [July 19, 2025, 3:55pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/24 "2025-07-19T15:55:53Z")
Works Great! All local! Had lots of issues with the power mesurement on the heishamon though, you need extra hardware thats already more expensive than just these 2 switches from shelly. Eventually I used 2 shelly gen 4 pm for this. Also the app Device Capabilities is great for creating the heatpump as a device inside homey. If anyone needs extra info into how this looks here I have pictures(Stuff with red lines is no longer in use):
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### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [July 19, 2025, 4:00pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/25 "2025-07-19T16:00:46Z")
I think you can copy my device capabilities device with this data, if anyone needs it:
> **Summary**
>
> 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”:/tef]
If anyone wants to know the flows, Sorry the notes I put in while working are in dutch.
This is just to set the correct data inside the device:
> **Summary**
>
> 
---
### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [July 19, 2025, 4:01pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/26 "2025-07-19T16:01:26Z")
The temp setting:
> **Summary**
>
> 
Heishamon orderd on the website tindie:
> **Summary**
>
> [HeishaMon communication PCB\ 50x50](https://ci3.googleusercontent.com/meips/ADKq_Na2zbE4LQWynIFzBYNtjsZfBucizn2fWj6LFQE5PVUc2HUzfoCZb496VdO5iT-c95minC7kyilyfBugiNyDBeL9NTIDxSAB-uHu1AivhwHpl3NR-s31DzqznLHOccMJyLViQY2gZDdHXnw-r4QSy_lFW3QaPHwb-QR6dwWImp5eHkk4SrtQYzjc1_AO9cCsoKXyKb5TDRCwusTtokxZo1b3C3weIusHRewq08aK7PGxG_wgcOXKXhpuLx8=s0-d-e1-ft#https://cdn.tindiemedia.com/images/resize/xtLrsm34T4fv7lZnzFwfvQZ_MF4=/p/800x800/smart/i/605502/products/2024-05-14T10%3A31%3A02.100Z-20240514_122848.jpg?1715657507) HeishaMon communication PCB
> Extra: Ethernet adapter (USR-ES1 W5500) for large version Model selection: Heishamon large version
> Unit Price: $38.00
> Quantity: 1
Ps. This forum does not allow me to post everything at once(max 1 picture per message). Plus I’m not allowed to send more than 3 messages in a row -.- So can’t post the rest, like the settings off all the apps/heishamon or the other flows.
---
### Author:  [@Peter\_Kawa](https://community.homey.app/u/Peter_Kawa)
#### Post date: [July 19, 2025, 10:19pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/27 "2025-07-19T22:19:58Z")
> [@Thijst06](#):
>
> Plus I’m not allowed to send more than 3 messages in a row
That’s annoying as well; just edit your initial post and add new info to it 😉
---
### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [July 20, 2025, 6:48am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/28 "2025-07-20T06:48:24Z")
Yeah tryed that, but I’m not allowed to add more than 1 picuture in every message. And most I have to show are pictures. But thanks for reacting, now I can probably post 3 more XD
Setting the heatpump mode:
> **Summary**
>
> 
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### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [July 20, 2025, 6:50am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/29 "2025-07-20T06:50:04Z")
Quiet and Power mode:
> **Summary**
>
> 
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### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [July 20, 2025, 6:53am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/30 "2025-07-20T06:53:17Z")
The settings for the heishamon, And MQTT Client/Broker:
> **Summary**
>
> 
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### Author:  [@Undutchable](https://community.homey.app/u/Undutchable)
#### Post date: [August 30, 2025, 9:29am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/31 "2025-08-30T09:29:32Z")
I have a big question, and I hope @Thijst06 can answer it.
What’s the situation? Since last week, I’ve had a Panasonic Aquarea T-Cap M-series 9 kW heat pump with a 300-liter hot water tank.
What a bummer when I discovered that I can’t access either device directly from my Homey Pro 2023.
My hope was to be able to control both the house and the tank during the day using the surplus heat from my solar panels.
Now, with some AI and my own research, I’ve come up with a theoretical solution for controlling the devices.
Our indoor unit is equipped with the optional CZ-NS6P PCB, which allows you to control both Smart Grid and Power Limiting.
I’d like to control the Smart Grid using a Shelly 2 Pro with two dry contacts, which allows me to switch four different settings:
heating on, heating off, boiler on, boiler off.
I’d like to control the compressor’s power limitation with a Shelly Pro dimmer (0-10V).
When there’s a significant surplus of PV energy, I’d send 10V to the CZ-NS6P.
When power consumption is high during peak hours, I’d send only 2V.
Another option, for example, during winter days when PV energy yield is limited, is to switch to 8V during peak periods.
However, to control this smartly via a flow in Homey, I’d need the “current/desired/max” temperature of both the heating system and the DHW boiler.
Can Heishamon provide me with these values?
More questions will likely follow, but I have to start somewhere.
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### Author:  [@Thijst06](https://community.homey.app/u/Thijst06)
#### Post date: [August 30, 2025, 11:53am UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/32 "2025-08-30T11:53:52Z")
Not sure about whats possible with your unit. I also used AI to find out what to do and how. I just have some basic knowledge.
I do not turn on/off the boiler/heating with the shelly, I just let the shelly smart plugs read the energy use. I use the heishamon to turnoff the heatpump. When connected with the correct cable, your allowed to set the on/off state or the mode(Cooling/heating/dhw(All combinations possible, so for example: auto & dhw, cooling and dhw, heating without dhw, etc..)) of the heatpump/boiler.
This are all read data I could get from the heatpump. Inside the pictures I send earlyer of the homey flows you can see how and which I used to read/write data to and from the heishamon. (Homey will see the read data with “panasonic\_heat\_pump/main/” in front so for the first one this will become: panasonic\_heat\_pump/main/Heatpump\_State):
> **Summary**
>
> Heatpump\_State = 1
> Pump\_Flow = 0.13
> Force\_DHW\_State = 0
> Quiet\_Mode\_Schedule = 0
> Operating\_Mode\_State = 6
> Main\_Inlet\_Temp = 23.50
> Main\_Outlet\_Temp = 24
> Main\_Target\_Temp = 28
> Compressor\_Freq = 0
> DHW\_Target\_Temp = 55
> DHW\_Temp = 52
> Operations\_Hours = 9430
> Operations\_Counter = 6726
> Main\_Schedule\_State = 0
> Outside\_Temp = 16
> Heat\_Power\_Production = 0
> Heat\_Power\_Consumption = 0
> Powerful\_Mode\_Time = 0
> Quiet\_Mode\_Level = 0
> Holiday\_Mode\_State = 0
> ThreeWay\_Valve\_State = 0
> Outside\_Pipe\_Temp = 13
> DHW\_Heat\_Delta = -8
> Heat\_Delta = 5
> Cool\_Delta = 5
> DHW\_Holiday\_Shift\_Temp = -15
> Defrosting\_State = 0
> Z1\_Heat\_Request\_Temp = 21
> Z1\_Cool\_Request\_Temp = 24
> Z1\_Heat\_Curve\_Target\_High\_Temp = 35
> Z1\_Heat\_Curve\_Target\_Low\_Temp = 28
> Z1\_Heat\_Curve\_Outside\_High\_Temp = 15
> Z1\_Heat\_Curve\_Outside\_Low\_Temp = -10
> Room\_Thermostat\_Temp = 22
> Z2\_Heat\_Request\_Temp = 0
> Z2\_Cool\_Request\_Temp = 10
> Z1\_Water\_Temp = -78
> Z2\_Water\_Temp = -78
> Cool\_Power\_Production = 0
> Cool\_Power\_Consumption = 0
> DHW\_Power\_Production = 0
> DHW\_Power\_Consumption = 0
> Z1\_Water\_Target\_Temp = 28
> Z2\_Water\_Target\_Temp = 35
> Error = No error
> Room\_Holiday\_Shift\_Temp = -15
> Buffer\_Temp = -78
> Solar\_Temp = -78
> Pool\_Temp = -78
> Main\_Hex\_Outlet\_Temp = 24
> Discharge\_Temp = 17
> Inside\_Pipe\_Temp = 23
> Defrost\_Temp = 0
> Eva\_Outlet\_Temp = 14
> Bypass\_Outlet\_Temp = -31
> Ipm\_Temp = -46
> Z1\_Temp = 22
> Z2\_Temp = -128
> DHW\_Heater\_State = 1
> Room\_Heater\_State = 1
> Internal\_Heater\_State = 0
> External\_Heater\_State = 0
> Fan1\_Motor\_Speed = 0
> Fan2\_Motor\_Speed = 0
> High\_Pressure = 12.2
> Pump\_Speed = 0
> Low\_Pressure = 0
> Compressor\_Current = 0.2
> Force\_Heater\_State = 0
> Sterilization\_State = 0
> Sterilization\_Temp = 65
> Sterilization\_Max\_Time = 10
> Z1\_Cool\_Curve\_Target\_High\_Temp = 20
> Z1\_Cool\_Curve\_Target\_Low\_Temp = 10
> Z1\_Cool\_Curve\_Outside\_High\_Temp = 30
> Z1\_Cool\_Curve\_Outside\_Low\_Temp = 20
> Heating\_Mode = 0
> Heating\_Off\_Outdoor\_Temp = 24
> Heater\_On\_Outdoor\_Temp = 0
> Heat\_To\_Cool\_Temp = 15
> Cool\_To\_Heat\_Temp = 10
> Cooling\_Mode = 1
> Z2\_Heat\_Curve\_Target\_High\_Temp = 55
> Z2\_Heat\_Curve\_Target\_Low\_Temp = 35
> Z2\_Heat\_Curve\_Outside\_High\_Temp = 15
> Z2\_Heat\_Curve\_Outside\_Low\_Temp = -5
> Z2\_Cool\_Curve\_Target\_High\_Temp = 10
> Z2\_Cool\_Curve\_Target\_Low\_Temp = 10
> Z2\_Cool\_Curve\_Outside\_High\_Temp = 30
> Z2\_Cool\_Curve\_Outside\_Low\_Temp = 20
> Room\_Heater\_Operations\_Hours = 105
> DHW\_Heater\_Operations\_Hours = 0
> Heat\_Pump\_Model = 42 D4 0B 83 71 32 D2 0C 45 55
> Pump\_Duty = 0
> Zones\_State = 0
> Max\_Pump\_Duty = 107
> Heater\_Delay\_Time = 30
> Heater\_Start\_Delta = -4
> Heater\_Stop\_Delta = -2
> Buffer\_Installed = 0
> DHW\_Installed = 1
> Solar\_Mode = 0
> Solar\_On\_Delta = 10
> Solar\_Off\_Delta = 5
> Solar\_Frost\_Protection = 5
> Solar\_High\_Limit = 80
> Pump\_Flowrate\_Mode = 0
> Liquid\_Type = 0
> Alt\_External\_Sensor = 0
> Anti\_Freeze\_Mode = 1
> Optional\_PCB = 0
> Z1\_Sensor\_Settings = 2
> Z2\_Sensor\_Settings = 0
> Buffer\_Tank\_Delta = 5
> External\_Pad\_Heater = 0
> Water\_Pressure = -0.02
> Second\_Inlet\_Temp = -128
> Economizer\_Outlet\_Temp = -128
> Second\_Room\_Thermostat\_Temp = -128
> External\_Control = 0
> External\_Heat\_Cool\_Control = 0
> External\_Error\_Signal = 0
> External\_Compressor\_Control = 0
> Z2\_Pump\_State = 0
> Z1\_Pump\_State = 0
> TwoWay\_Valve\_State = 1
> ThreeWay\_Valve\_State2 = 0
> Z1\_Valve\_PID = 0.0
> Z2\_Valve\_PID = 0.0
> Bivalent\_Control = 0
> Bivalent\_Mode = 0
> Bivalent\_Start\_Temp = -5
> Bivalent\_Advanced\_Heat = 0
> Bivalent\_Advanced\_DHW = 0
> Bivalent\_Advanced\_Start\_Temp = -8
> Bivalent\_Advanced\_Stop\_Temp = -2
> Bivalent\_Advanced\_Start\_Delay = 30
> Bivalent\_Advanced\_Stop\_Delay = 30
> Bivalent\_Advanced\_DHW\_Delay = 30
> set\_Z1\_Heat\_Request\_Temp = 20
You can send variables through the heishamon(If you use the correct connection cable) with these(These are the once I found and used. I think there are way more, but I don’t know them):
> **Summary**
>
> panasonic\_heat\_pump/commands/SetOperationMode
> panasonic\_heat\_pump/commands/SetHeatpump (0 heatpump off, 1 heatpump on)
> panasonic\_heat\_pump/commands/SetPowerfulMode (0 off, 1/2/3 are the amount of time powermode is on (30/60/90 minutes) (If I remember correctly))
> panasonic\_heat\_pump/commands/SetQuietMode (0 off, 1/2/3 are the levels of quietmode)
> panasonic\_heat\_pump/commands/SetZ1CoolRequestTemperature (Just send the temp you want it to cool to)
> panasonic\_heat\_pump/commands/SetZ1HeatRequestTemperature (Just send the temp you want it to heat to)
> panasonic\_heat\_pump/commands/SetDHWTemp (Just send the temp you want it to heat to)
> Example for setting dhw:
>
> 
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### Author:  [@Undutchable](https://community.homey.app/u/Undutchable)
#### Post date: [August 31, 2025, 12:23pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/33 "2025-08-31T12:23:13Z")
Allright, that all sounds good.
In my case, I could install the Heishamon in the Bibloc of the M-serie heatpump.
I’d combine the necessary and available data into an adv. flow with the instructions for the two aforementioned Shellys.
I’ve also looked into Tado-x, but that won’t yield the same results.
Now I’m mainly curious, so I’m doing some research on how to install and connect the Heishamon to my Bibloc.
Has anyone already done this, or perhaps can point me in the right direction?
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### Author:  [@Mathieu\_Chamois](https://community.homey.app/u/Mathieu_Chamois)
#### Post date: [July 28, 2026, 12:19pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/34 "2026-07-28T12:19:08Z")
in case of someone need an app : [[APP][Pro] Panasonic Aquarea (Community)](https://community.homey.app/t/app-pro-panasonic-aquarea-community/157654)
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### Author:  [@Undutchable](https://community.homey.app/u/Undutchable)
#### Post date: [July 28, 2026, 12:41pm UTC](https://community.homey.app/t/add-support-for-aquarea-to-panasonic-comfort-cloud/59786/35 "2026-07-28T12:41:15Z")
What? 😃
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