This Home Assistant Integration is providing information from SENEC.Home V2.x, SENEC.Home V3 and SENEC.Home V4 Systems. In addition and where possible functions are provided to control the system.
Please note, that this integration is not official and not supported by the SENEC development team. I am not affiliated with SENEC in any way.
Please be aware, that we are developing this integration to best of our knowledge and belief, but cant give a guarantee. Therefore, use this integration at your own risk.
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- Install Home Assistant Community Store (HACS)
- Add integration repository (search for "SENEC.Home" in "Explore & Download Repositories")
- Use the 3-dots at the right of the list entry (not at the top bar!) to download/install the custom integration - the latest release version is automatically selected. Only select a different version if you have specific reasons.
- After you presses download and the process has completed, you must Restart Home Assistant to install all dependencies
- Setup the custom integration as described below (see Step II: Adding or enabling the integration)
If you only find the Senec solar system sensor integration (which will not work any longer!) - please add this repo as custom repository https://github.com/marq24/ha-senec-v3 to HACS
- Copy all files from
custom_components/senec/tocustom_components/senec/inside your config Home Assistant directory. - Restart Home Assistant to install all dependencies
You must have installed the integration (manually or via HACS before)!
Just click the following Button to start the configuration automatically (for the rest see Option 2: Manually steps by step):
Use the following steps for a manual configuration by adding the custom integration using the web interface and follow instruction on screen:
- Go to
Configuration -> Integrationsand add "SENEC.Home" integration - Select the Integration Type (basically LAN ot WebApi)
- LAN: (
SENEC.Home V3 hybrid/SENEC.Home V3 hybrid duoorSENEC.Home V2.1 or olderorInternal inverter build into SENEC.Home V3 hybrid/hybrid duo)- Provide display name for the device, and it's address (hostname or IP)
- Provide the update intervall
- Provide area where the battery is located
- WebAPI (
WEB.API: mein-senec.de Portal (usable with all SENEC.Home variants)orSENEC.Home V4/SENEC.Home V4 hybrid):- Provide display name for the device
- Provide your mein-senec.de login credentials
You can repeat this to add additional Integration entries (e.g. LAN + WebAPI)
If you used previously the source of this fork created by @mchwalisz, please look at "Switching [to this] Fork", before using this integration.
Please use the GitHub Issues for reporting any issues you encounter with this integration. Please be so kind before creating a new issues, check the closed ones, if your problem have been already reported (& solved). Furthermore, I would kindly ask you to check:
There is a short tutorial/guide 'How to provide DEBUG log' here - please take the time to quickly go through it. open link from external (HACS)
It will happen, that the data that is displayed by this integration does not make much sense (to you) - Of course this could be always the case, that something in this integration has been messed up - but so far - in all reported issues the root cause of implausible data was/is, that the SENEC.Home device itself already provided this data. So we have the SHIT-IN - SHIT-OUT principle here.
So when you have implausible data - please open in the case of the local polling integration https://[YOUR-SENEC-IP-HERE]//vars.html (the two / before the vars.html are important) and check, if the values are already implausible there. For the WebAPI integration, check the SENEC-App or use https://mein-senec.de.
The following devices are currently supported:
| Device | Description |
|---|---|
| SENEC.HOMEÂ V2.x | You can use the features and sensors provided by your device via the local polling (via lala.cgi) and the Web API (via mein-senec.de) |
| SENEC.HOMEÂ V3 | You can use the features and sensors provided by your device via the local polling (via lala.cgi) and the Web API (via mein-senec.de) |
| SENEC.HOMEÂ V4 | Since the device does not provide local access via a build in webserver, you can just use the features and sensors provided via the Web API (via mein-senec.de). |
| SENEC.Inverter V3 | When you have connected the internal inverter(s) with your LAN, you will be able to access information via the Local API. Please see: "Connecting the internal (build in) SENEC Inverter Hardware to your LAN and use it in HA" for further information. |
The following features and sensors are provided by polling the build in webserver of your SENEC device: Since this is a long list, not everything is enabled by default.
To enable a disabled function or sensor navigate to Settings -> Devices and Services, select the integration and click "configuration" of the device. In the list you can see the status and have also the option to enable/disable them.
The following features are provided by the local polling:
| Feature | Description | enabled by default |
|---|---|---|
| Load Battery | With this switch you can load the battery manually | yes |
| Lithium Storage Mode | EXPERIMENTAL: Switch to enable 'storage mode' [state: LITHIUM SAFE MODE DONE'] [disabled by default]. The functionality of this switch is currently not known - IMHO this will disable the functionality of the PV! Please Note, that once enabled and then disable again the system will go into the 'INSULATION TEST' mode for a short while (before returning to normal operation) | no |
| Wallbox I-IV Control | Requires the additionally the WebAPI to be installed - please see the separate section for details | no |
The following Sensors are provided by the local polling:
| Sensor | default entity name | enabled by default | remark |
|---|---|---|---|
| System State (translated to DE & IT) | sensor.senec_system_state | yes | |
| Battery Temperature | sensor.senec_battery_temp | yes | |
| Case Temperature | sensor.senec_case_temp | yes | |
| Controller Temperature | sensor.senec_mcu_temp | yes | |
| Solar Generated Power | sensor.senec_solar_generated_power | yes | |
| House Power | sensor.senec_house_power | yes | |
| Battery State Power | sensor.senec_battery_state_power | yes | |
| Battery Charge Power | sensor.senec_battery_charge_power | yes | |
| Battery Discharge Power | sensor.senec_battery_discharge_power | yes | |
| Battery Charge Percent | sensor.senec_battery_charge_percent | yes | |
| Grid State Power | sensor.senec_grid_state_power | yes | |
| Grid Imported Power | sensor.senec_grid_imported_power | yes | |
| Grid Exported Power | sensor.senec_grid_exported_power | yes | |
| MPP1-MMP3 Voltage/Potential | sensor.senec_solar_mpp1_potential - sensor.senec_solar_mpp3_potential | yes | |
| MPP1-MMP3 Current | sensor.senec_solar_mpp1_current - sensor.senec_solar_mpp3_current | yes | |
| MPP1-MMP3 Power | sensor.senec_solar_mpp1_power - sensor.senec_solar_mpp3_power | yes | |
| Enfluri Net Frequency | sensor.senec_enfluri_net_freq | yes | |
| Enfluri Net Total Power | sensor.senec_enfluri_net_power_total | yes | |
| Enfluri Net Voltage/Potential Phase 1-3 | sensor.senec_enfluri_net_potential_p1 - sensor.senec_enfluri_net_potential_p3 | yes | |
| Enfluri Net Current Phase 1-3 | sensor.senec_enfluri_net_current_p1 - sensor.senec_enfluri_net_current_p3 | yes | |
| Enfluri Net Power Phase 1-3 | sensor.senec_enfluri_net_power_p1 - sensor.senec_enfluri_net_power_p3 | yes | |
| Enfluri Usage Frequency | sensor.senec_enfluri_usage_freq | no | |
| Enfluri Usage Total Power | sensor.senec_enfluri_usage_power_total | no | |
| Enfluri Usage Voltage/Potential Phase 1-3 | sensor.senec_enfluri_usage_potential_p1 - sensor.senec_enfluri_usage_potential_p3 | no | |
| Enfluri Usage Current Phase 1-3 | sensor.senec_enfluri_usage_current_p1 - sensor.senec_enfluri_usage_current_p3 | no | |
| Enfluri Usage Power Phase 1-3 | sensor.senec_enfluri_usage_power_p1 - sensor.senec_enfluri_usage_power_p3 | no | |
| Load Battery | switch.senec_safe_charge | yes | |
| Lithium Storage Mode - PV OFF | switch.senec_li_storage_mode | no | current functionality is unknown yet |
| Battery Module A: Cell Temperature A1-A6 | sensor.senec_bms_cell_temp_a1 - sensor.senec_bms_cell_temp_a6 | no | |
| Battery Module B: Cell Temperature B1-B6 | sensor.senec_bms_cell_temp_b1 - sensor.senec_bms_cell_temp_b6 | no | |
| Battery Module C: Cell Temperature C1-C6 | sensor.senec_bms_cell_temp_c1 - sensor.senec_bms_cell_temp_c6 | no | |
| Battery Module D: Cell Temperature D1-D6 | sensor.senec_bms_cell_temp_d1 - sensor.senec_bms_cell_temp_d6 | no | |
| Battery Module A: Cell Voltage A1-A14 | sensor.senec_bms_cell_volt_a1 - sensor.senec_bms_cell_volt_a14 | no | |
| Battery Module B: Cell Voltage B1-B14 | sensor.senec_bms_cell_volt_b1 - sensor.senec_bms_cell_volt_a14 | no | |
| Battery Module C: Cell Voltage C1-C14 | sensor.senec_bms_cell_volt_c1 - sensor.senec_bms_cell_volt_a14 | no | |
| Battery Module D: Cell Voltage D1-D14 | sensor.senec_bms_cell_volt_d1 - sensor.senec_bms_cell_volt_d14 | no | |
| Battery Module A-D: Voltage | sensor.senec_bms_voltage_a - sensor.senec_bms_voltage_d | no | |
| Battery Module A-D: Current | sensor.senec_bms_current_a - sensor.senec_bms_current_d | no | |
| Battery Module A-D: State of Charge | sensor.senec_bms_soc_a - sensor.senec_bms_soc_d | no | |
| Battery Module A-D: State of Health | sensor.senec_bms_soh_a - sensor.senec_bms_soh_d | no | |
| Battery Module A-D: Cycles | sensor.senec_bms_cycles_a - sensor.senec_bms_cycles_d | no | values seams to be not plausible |
| Fan LV-Inverter | binary_sensor.senec_fan_inv_lv | no | looks like that lala.cgi currently does not provide valid data |
| Fan HV-Inverter | binary_sensor.senec_fan_inv_hv | no | looks like that lala.cgi currently does not provide valid data |
| House consumed | sensor.senec_house_total_consumption | yes | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Solar generated | sensor.senec_solar_total_generated | yes | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Battery charged | sensor.senec_battery_total_charged | yes | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Battery discharged | sensor.senec_battery_total_discharged | yes | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Grid Imported | sensor.senec_grid_total_import | yes | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Grid Exported | sensor.senec_grid_total_export | yes | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Wallbox I-IV total charged | sensor.senec_wallbox_1_energy - sensor.senec_wallbox_4_energy | no | "temp" not available since SENEC has decided to remove statistics data from the lala.cgi |
| Wallbox (All) allow intercharge | switch.wallbox_allow_intercharge | no | requires additional WebAPI to be configured |
| Wallbox I-IV MODE (Locked/Fastest/Optimized) | select.senec_wallbox_1_mode - select.senec_wallbox_4_mode | no | requires additional WebAPI to be configured |
| Wallbox I-IV State | sensor.senec_wallbox_1_state - select.senec_wallbox_1_state | no | |
| Wallbox I-IV Power | sensor.senec_wallbox_1_power - sensor.senec_wallbox_4_power | no | |
| Wallbox I-IV EV Connected | sensor.senec_wallbox_1_ev_connected - sensor.senec_wallbox_4_ev_connected | no | |
| Wallbox I-IV L1 charging Current | sensor.senec_wallbox_1_l1_charging_current - sensor.senec_wallbox_4_l1_charging_current | no | |
| Wallbox I-IV L2 charging Current | sensor.senec_wallbox_1_l2_charging_current - sensor.senec_wallbox_4_l2_charging_current | no | |
| Wallbox I-IV L3 charging Current | sensor.senec_wallbox_1_l3_charging_current - sensor.senec_wallbox_4_l3_charging_current | no | |
| Wallbox I-IV MIN charging Current | sensor.senec_wallbox_1_min_charging_current - sensor.senec_wallbox_4_min_charging_current | no | |
| Wallbox I-IV set ICMAX | number.senec_wallbox_1_set_icmax - number.senec_wallbox_4_set_icmax | no | requires additional WebAPI to be configured - value can only be changed in mode 'optimized' |
| Wallbox I-IV Phase L1 used | binary_sensor.senec_wallbox_1_l1_used - binary_sensor.senec_wallbox_4_l1_used | no | |
| Wallbox I-IV Phase L2 used | binary_sensor.senec_wallbox_1_l2_used - binary_sensor.senec_wallbox_4_l2_used | no | |
| Wallbox I-IV Phase L3 used | binary_sensor.senec_wallbox_1_l3_used - binary_sensor.senec_wallbox_4_l3_used | no | |
| Wallbox I-IV Smart Charge active (by mode) | binary_sensor.senec_wallbox_1_smart_charge_active - binary_sensor.senec_wallbox_4_smart_charge_active | no | |
| Wallbox I-IV is locked (by mode) | binary_sensor.senec_wallbox_1_prohibit_usage - binary_sensor.senec_wallbox_4_prohibit_usage | no | |
| Socket 1&2 already switched today | binary_sensor.senec_sockets_1_already_switched & binary_sensor.senec_sockets_2_already_switched | no | |
| Socket 1&2 power on | binary_sensor.senec_sockets_1_power_on & binary_sensor.senec_sockets_2_power_on | no | |
| Socket 1&2 permanent on | switch.senec_sockets_1_force_on & switch.senec_sockets_2_force_on | no | |
| Socket 1&2 automatic enable | switch.senec_sockets_1_enable & switch.senec_sockets_2_enable | no | |
| Socket 1&2 use timer | switch.senec_sockets_1_use_time & switch.senec_sockets_2_use_time | no | |
| Socket 1&2 lower limit (W) | number.senec_sockets_1_lower_limit & number.senec_sockets_2_lower_limit | no | |
| Socket 1&2 upper limit (W) | number.senec_sockets_1_upper_limit & number.senec_sockets_2_upper_limit | no | |
| Socket 1&2 time limit | number.senec_sockets_1_time_limit & number.senec_sockets_2_time_limit | no | |
| Socket 1&2 switch on hour | number.senec_sockets_1_switch_on_hour & number.senec_sockets_2_switch_on_hour | no | |
| Socket 1&2 switch on minute | number.senec_sockets_1_switch_on_minute & number.senec_sockets_2_switch_on_minute | no | |
| Socket 1&2 power on time (duration) | number.senec_sockets_1_power_on_time & number.senec_sockets_2_power_on_time | no |
The following features and sensors are provided by the Web API Integration. Not all sensors are enabled by default. To enable a disabled function or sensor navigate to Settings -> Devices and Services, select the integration and click "configuration" of the device. In the list you can see the status and have also the option to enable/disable them.
The following features are provided by the Web API:
| Feature | Description | enabled by default |
|---|---|---|
| WEBAPI Spare Capacity | Current spare capacity in percent with the option to update. Precondition: When you are using "SENEC Backup Power pro" and you are able to see and update the spare capacity at mein-senec.de, than you can read andupdate the spare capacity with this integration. | no |
| Service: Set Peak Shaving | When using the Web API, you can use the Peak Shaving Service. This service gives you the abilty to switch the Mode (Deactivated, Automatic, Manual). In the manual mode you can define a battery capacity limit, so that the capacity can be used for charging later, as well as a end time - to realease the battery capacity limit. | yes |
The following Sensors are provided by the Web API:
| Sensor | Description | enabled by default |
|---|---|---|
| WEBAPI Battery Charge Percent | Current charge level of Battery in percent | yes |
| WEBAPI Battery Charge Power | Current charge power of Battery | yes |
| WEBAPI Battery charged | Total: Charged power in Battery - This information is needed for the energy dashboard | yes |
| WEBAPI Battery Discharge Power | Current discharge power of Battery | yes |
| WEBAPI Battery discharged | Total: Discharged power from Battery - This information is needed for the energy dashboard | yes |
| WEBAPI Grid Exported | Total: Power exported to the grid - This information is needed for the energy dashboard | yes |
| WEBAPI Grid Exported Power | Current power exporting to the grid | yes |
| WEBAPI Grid Imported | Total: Power imported from the grid - This information is needed for the energy dashboard | yes |
| WEBAPI Grid Imported Power | Current power imported from the grid | yes |
| WEBAPI House consumed | Total: Amount of power consumed by the House - This information is needed for the energy dashboard | yes |
| WEBAPI House Power | Current power used by the House | yes |
| WEBAPI Solar generated | Total: Power generated by the Solar - This information is needed for the energy dashboard | yes |
| WEBAPI Solar Generated Power | Current power generated by Solar | yes |
| WEBAPI Grid Exported Limit | Grid Export Limit in Percent | no |
| WEBAPI Peak Shaving Mode | Shows the current Peak Shaving Mode (Deactivated, Automatic, Manual) | no |
| WEBAPI Peak Shaving Capacity Limit | When using the Manual Peak Shaving Mode this capacity limit will be used for your battery | no |
| WEBAPI Peak Shaving End Time | When using the Manual Peak Shaving Mode, this time releases the capacity limit for the battery | no |
Without this integration owners of a SENEC wallbox, must use the SENEC mobile app in order to control the wallbox device. This 'remote-control-functionality' implies, that it takes a certain amount of time till a change in the mobile app will be synced with your local device. I was not aware of this 'delay'-situation (since I do not have a wallbox installed - and probably I will not get one from SENEC). At the end of December (2023) I was contacted by Sigurd L. and was asked, if it would be possible to support wallbox control with this SENEC.Home Integration.
The challenge for the integration is, that on the one hand it has to be ensured that the appropriate values in the local SENEC device will be set and make sure on the other hand that at the same time, that also the corresponding adjustments will be done in the SENEC Backend infrastructure (where the mobile app going to make the adjustments). And of course all that have to be done without any documentation and a really wired mix of parameter names - so please use this functionality on your own risk!.
When the Integration would adjust the wallbox setting in the local SENEC device only, then these changes will be reverted/overwritten after a short while with the data provided by the central SENEC backend. So this Home Assistant integration will set values in your local SENEC device as well as via the APP-API (web based) simultaneously - so that the central SENEC backend and your local SENEC device are in sync.
Please Note: When you're going to adjust the Wallbox setting via the SENEC mobile app, your local SENEC device will still get synced with these adjustments after a short while (typically 5minutes). In such a case the values in the Home Assistant Integration will be also updated to your 'remote' adjustments.
- Select the current Wallbox Mode: LOCKED / FASTEST / OPTIMIZED
- When Mode OPTIMIZED is active you can adjust the charging current (IC_MAX)
- When FASTEST is enabled you can switch 'allow intercharge' (use energy from your SENEC battery)
When you want to control your wallbox via Home Assistant and this integration, you need to configure:
- the LAN:
SENEC.Home V3 hybrid/SENEC.Home V3 hybrid duoorSENEC.Home V2.1 or olderand - also the WebAPI:
mein-senec.de Portal (usable with all SENEC.Home variants)
Only if both components are configured the Wallbox Control can work correctly!
Here you will find additional information regarding setup and configuration.
The SENEC.Home V3 hybrid duo have build in two inverters - called LV and HV. This hardware has its own LAN connectors, but they have not been connected during the installation process (I guess by purpose).
Nevertheless, when you dismount the front and the right hand side panels you simply can plug in RJ45 LAN cables into both of the inverters LAN connectors and after a short while you should be able to access the web frontends of the inverters via your browser.
Don't forget to assign fixed IP's to the additional inverter hardware. You can unplug the LAN cable for a short while in order to make sure that the inverters will make use of the fixed assigned IP's.
On the front of the device
On the right hand side of the device
Once you have connected the inverter(s) with your LAN you can add another integration entry to your SENEC Integration in Home Assistant:
- go to 'Settings' -> 'Devices & Services'
- select the 'SENEC.Home' integration.
- there you find the 'Add Entry' button (at the bottom of the 'Integration entries' list)
- select
Internal inverter build into SENEC.Home V3 hybrid/hybrid duofrom the list - specify the IP (or hostname) of the inverter you want to add
- important: assign a name (e.g. INV_LV).
Repeat step 3, 4 & 5 of this procedure, if you have build in two inverters into your SENEC.Home.
This integration supports Home Assistant's Energy Management. To be able to use the Energy Dashboard please set up the Web-API first or use the Riemann Sum Integal Platform to create corresponding sensors.
Please check also the following links for details about the use of the Riemann Sum Integal Platform (describing the problem a bit more in detail) and How to configure Energie Dashboards (after SENEC.Home have been updated to 0825+).
In the description of the Web-API you will see which sensors you can use for the Energy Dashboard.
Example setup:
Resulting energy distribution card:
If you are interested in some details about this implementation and the current known fields you might like to take a look into the current developer documentation section.
| who | what |
|---|---|
| @marq24 | @marq24 created this fork, e.g. added several sensors and functions and is maintaining the integration. |
| @mstuettgen | Provided the initial WEB-API implementation for SENEC.Home V4 web access. |
| @io-debug | Provided the initial developer documentation and added functionality like the spare capacity management. |
| @mchwalisz | This fork was created from mchwalisz/home-assistant-senec After some firmware updates in 2023 (by SENEC) this original integration simply does not work any longer - plus: we needed more detailed information and configuration options |