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Home Assistant component for Solarman collectors used with a variety of inverters - Attempt to add control functionality

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Purpose of this fork

Attempting to add remote control functionality

Modbus registers here: https://www.scss.tcd.ie/coghlan/Elios4you/RS485_MODBUS-Hybrid-BACoghlan-201811228-1854.pdf

Be Warned! This Integration has the capability to write modbus data directly to your inverter. I has a very strong possibility to completely brick your device, or at the very least change settings in it which you may not be able to change back, or not know the original value for. Use at your own risk - you have been warned!

Solarman integration

This is a Home Assistant component for interacting with Solarman data collectors used with a variety of inverters. The integration allows Home Assistant to connect in direct-mode over the local network to the collector to extract the information, and no cables are required.

It has been tested with a 5kW DEYE/SUNSYNK inverter. The collector is reported to be used in Omnik, Hosola, Goodwe, Solax, Ginlong, Samil, Sofar and Power-One Solar inverters, you may get success from any of these as well.

This component uses version 5 of the communication protocol. If your collector is older and this component does not work, try one of the other integrations that uses version 4 of the protocol.

Discord

Feel free to discuss the integration by joining the Discord server.

Installation

HACS

This method is prefered.

Manual

For this, it is highly recomended to use the "Samba share" add-on (you will need to enable advanced mode in your user profile).

Clone or download the repo, and copy the "solarman" folder in "custom_components" to the "custom_components" folder in home assistant.

After that, the folder structure should look as follows:

custom_components
├── solarman
│   ├── __init__.py
│   ├── const.py
│   ├── manifest.json
│   ├── parser.py
│   ├── solarman.py
│   ├── sensor.py
│   └── inverter_definitions
│       ├── parameters.yaml
│       └── custom_parameters.yaml
├── {other components}

Preparation

  1. Get the IP and Serial Number to use in the configuration.

Find the internal IP of the logger on the DHCP server, and then open a browser and navigate to that address. If you are prompted for a username/password, use "admin" as username and "admin" as password.

Once logged in, expand the "Device information" and note the Device serial number, as well as the IP used.

WebPortal

  1. Check the version of the solarman logger. If the serial number starts with 17xxxxxxx or 21xxxxxxx (protocol V5), the component should work. If not, you may need to try the component for V4 of the protocol mentioned above.

  2. On your DHCP server, reserve the IP for the WiFi data logger so that it will not change.

Configuration

This integration can be configured using config-flow, or by manually configuring using the configuraiton.yaml file. Both methods are described below:

Automatic (config flow)

  1. After the installation of this component, click on the "Configuration" tab on the left, then on "Devices & Services"
  2. Select the "Integrations" tab on the top of the screen, then on the "+ ADD INTEGRATION" button on the left-hand corner.
  3. Select the solarman integration Solarman

4.Configure the entity by filling in the details. Solarman

Manual Configuration (configuration.yaml)

In your configuration.yaml file, add the solarman platform under "sensor"

Example:

sensor:
  - platform: solarman
    name: DEYE 
    inverter_host: 192.168.0.100
    inverter_port: 8899
    inverter_serial: 1720747149 
    inverter_mb_slaveid: 1
    lookup_file: deye_hybrid.yaml

Parameters

Parameter Description
name This name will be prefixed to all parameter values (change as you like)
inverter_host The IP address of the data logger. (* see: autodiscover)
inverter_port Always 8899
inverter_serial The serial number of the data collector (* see: autodiscover)
inverter_mb_slaveid The Modbus Slave ID of the inverter. Defaults to 1
scan_interval Time in seconds between refresh intervals
lookup_file ** The yaml file to use for parameter-definition

** This parameter is optional, and if not specified will revert to deye_hybrid.yaml. If you customize the parameters, create a lookup file "custom_parameters.yaml" and refer to it so that it will not be overwritten during updates.

Lookup Files

Lookup File Inverters supported Notes
deye_hybrid.yaml DEYE/Sunsynk/SolArk Hybrid inverters used when no lookup specified
deye_string.yaml DEYE/Sunsynk/SolArk String inverters eg. SUN-4/5/6/7/8/10/12K-G03 Plus
sofar_lsw3.yaml SOFAR Inverters
solis_hybrid.yaml SOLIS Hybrid inverter

Auto-discovery

The component has the option to auto-discover the logger IP and serial number.

To use auto discovery, the IP should be specified as 0.0.0.0 and/or the serial as 0

NOTE: This should be used as a temporary or debug measure since the discovery only happens when the component starts and, if the logger is inaccessible at that point, the entities will unavailable until restart. This will not be the case when the IP and serial was specified.

Manual

sensor:
  - platform: solarman
    name: DEYE 
    inverter_host: 0.0.0.0
    inverter_port: 8899
    inverter_serial: 0 
    inverter_mb_slaveid: 1
    lookup_file: deye_hybrid.yaml

Config-flow

Autodicover

Entities

Once the component is running, it will add the following entities to Home Assistant Entities

Status Entities

Apart from the inverter-parameters, it will also add status entities to view the status of the solarman component. Component-status

Energy Dashboard

The entities includes the device classes to enable it to be added to the Energy Dashboard introduced with Home Assistant Core 2021.8.

To configure the energy dashboard with the infirmation provided by this component, see configuring energy dashboard

Customization

This integration was tested agains the DEYE 5kW inverter, and it is possible that the parameter-definitions for other inverters may differ. If you want to try your hand at it, refer to customizing parameters.yaml

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Home Assistant component for Solarman collectors used with a variety of inverters - Attempt to add control functionality

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