I have integrated my SAJ H1 in home assistant 6 months ago and it works great. It would be nice if it updated the data more often but I understand that this depends on the manufacturer’s API, so 5 minutes works for me.
I’ve been trying for a while to integrate the measurements in the HA energy panel, but I can’t do it. I have also tried the tesla style card with the same result. It seems very intuitive to me to be able to see how the energy flows between the photovoltaic panels, the electrical network, the batteries and the consumption of the home.
I find the problem when configuring each section of the energy panel because the sensors I need do not appear, for example the instant measurement of photovoltaic production (esolar_nowpower).
I have realized that this happens because that sensor is device_class: power, when what the energy panel needs is device_class: energy.
I don’t know if there is any way to convert a sensor from one class to another.
In addition, in the section on batteries, you must indicate the sensor that marks the charge and the sensor that marks the discharge. The problem is that a single sensor measures this parameter and is complemented by another sensor that indicates whether it is charging or discharging.
I would appreciate if someone could help me to configure it correctly.
En Saj h1 sí funciona, pero los codigos de direccion son otros
Por los puertos del inversor he conseguido obtener datos a tiempo real
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has anyone the H2 trufase inverters of SAJ??
at this address I get nothing in browser
Podrías iluminarme sobre cómo hacerlo?
can you share the sensor and the graph code?
Hi! Is that the modbus definition of SAJ H1? I can’t believe it, I have been searching that info for months. Could you send me the complete document? Thank you!!
1 Like
Buenas, hemos hecho un grupo de telegram donde tratamos este tema y otros (mas abajo)
Por modbus, puerto rs232 usb del inversor y los codigos del potocolo de comunicacion modbus del año 2020, he conseguido sacar datos a tiempo real, de lectura y escritura. Bien con nodered, o desde el archivo de configuration.yaml:
modbus:
- name: SAJ
close_comm_on_error: true
type: tcp
timeout: 5
host: 192.168.1.60
port: 502
sensors:- name: modbus_red
unit_of_measurement: “W”
slave: 1
address: 16545
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 10
unique_id: modbus_red - name: modbus_pv
unit_of_measurement: “W”
slave: 1
address: 16549
count: 1
precision: 0
scale: 1
data_type: uint16
device_class: power
scan_interval: 10
unique_id: modbus_pv - name: modbus_consumo
unit_of_measurement: “W”
slave: 1
address: 16544
count: 1
precision: 0
scale: 1
data_type: uint16
device_class: power
scan_interval: 10
unique_id: modbus_consumo - name: modbus_bateria
unit_of_measurement: “W”
slave: 1
address: 16550
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 10
unique_id: modbus_bateria
y asi con muchas direcciones del protocolo, algunas son erroneas y otras no están.
- name: modbus_red
mas abajo lo detallo
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Muchas gracias!! Me uno al grupo de Telegram
Hi,
I’ve been using a WiFi dongle for a while with my SAJ SunTrio inverter and I preferred the REST sensor over the SAJ integration. I recently switched to an Ethernet dongle, and this other dongle provides XML output for the live data, I had the idea to switch back to the SAJ integration. I’ve been struggling with the module first, because it wouldn’t have displayed any live data. After contacting SAJ support they updated the firmware remotely on the module and the SAJ integration complained about equipment_data.xml not being found, since this latest firmware from SAJ doesn’t include the device information page anymore.
So I ended up creating REST sensors from the real_time_data.xml, here it is if anyone is interested:
In the top level:
rest:
- resource: http://192.168.0.243/real_time_data.xml
sensor:
- name: "SAJ"
json_attributes_path: "$.real_time_data"
value_template: "OK"
json_attributes:
- "state"
- "Vac_l1"
- "Vac_l2"
- "Vac_l3"
- "Iac_l1"
- "Iac_l2"
- "Iac_l3"
- "Freq1"
- "p-ac"
- "temp"
- "e-today"
- "e-total"
- "CO2"
- "v-pv1"
- "v-pv2"
- "maxPower"
- "i-pv11"
- "i-pv21"
scan_interval: 10
The rest under template sensors, I’m using some templating to keep my daily energy sensor visible on some dashboards after the inverter is offline:
- platform: template
sensors:
today_power_generated:
friendly_name: Inverter Today power generated
unit_of_measurement: "kWh"
device_class: "energy"
value_template: >
{% if states('sensor.saj') == "unavailable" %}
{{states('sensor.today_power_generated') | float }}
{% else %}
{{ state_attr('sensor.saj', 'e-today') | float }}
{% endif %}
actual_power_generated:
friendly_name: Inverter Grid-connected power
value_template: "{{ state_attr('sensor.saj', 'p-ac') | float }}"
unit_of_measurement: "W"
device_class: "power"
unique_id: saj_power
inverter_temperature:
value_template: "{{ state_attr('sensor.saj', 'temp') | float }}"
friendly_name: Inverter temperature
unit_of_measurement: "°C"
device_class: "temperature"
unique_id: saj_temperature
co2_emission_reduction:
friendly_name: CO2 emission reduction
value_template: "{{ state_attr('sensor.saj', 'CO2') | float / 1000 }}"
unit_of_measurement: "ton"
device_class: "carbon_dioxide"
unique_id: co2_emission
voltage_pv1:
friendly_name: Inverter PV1 String Voltage
value_template: "{{ state_attr('sensor.saj', 'v-pv1') | float }}"
unit_of_measurement: "V"
device_class: "voltage"
unique_id: voltage_pv1
voltage_pv2:
friendly_name: Inverter PV2 String Voltage
value_template: "{{ state_attr('sensor.saj', 'v-pv2') | float }}"
unit_of_measurement: "V"
device_class: "voltage"
unique_id: voltage_pv2
amps_pv1:
friendly_name: Inverter PV1 String Current
value_template: "{{ state_attr('sensor.saj', 'i-pv11') | float }}"
unit_of_measurement: "A"
device_class: "current"
unique_id: amps_pv1
amps_pv2:
friendly_name: Inverter PV2 String Current
value_template: "{{ state_attr('sensor.saj', 'i-pv21') | float }}"
unit_of_measurement: "A"
device_class: "current"
unique_id: amps_pv2
voltage_l1:
friendly_name: Inverter L1 Voltage
value_template: "{{ state_attr('sensor.saj', 'Vac_l1') | float }}"
unit_of_measurement: "V"
device_class: "voltage"
unique_id: voltage_l1
voltage_l2:
friendly_name: Inverter L2 Voltage
value_template: "{{ state_attr('sensor.saj', 'Vac_l2') | float }}"
unit_of_measurement: "V"
device_class: "voltage"
unique_id: voltage_l2
voltage_l3:
friendly_name: Inverter L3 Voltage
value_template: "{{ state_attr('sensor.saj', 'Vac_l3') | float }}"
unit_of_measurement: "V"
device_class: "voltage"
unique_id: voltage_l3
amps_l1:
friendly_name: Inverter L1 Current
value_template: "{{ state_attr('sensor.saj', 'Iac_l1') | float }}"
unit_of_measurement: "A"
device_class: "current"
unique_id: amps_l1
amps_l2:
friendly_name: Inverter L2 Current
value_template: "{{ state_attr('sensor.saj', 'Iac_l2') | float }}"
unit_of_measurement: "A"
device_class: "current"
unique_id: amps_l2
amps_l3:
friendly_name: Inverter L3 Current
value_template: "{{ state_attr('sensor.saj', 'Iac_l3') | float }}"
unit_of_measurement: "A"
device_class: "current"
unique_id: amps_l3
inverter_freq:
friendly_name: Inverter Line Frequency
unique_id: inverter_freq
value_template: "{{ state_attr('sensor.saj', 'Freq1') | float }}"
unit_of_measurement: "Hz"
device_class: "power"
total_power_generated:
friendly_name: Inverter Total power generated
value_template: "{{ state_attr('sensor.saj', 'e-total') | float }}"
unit_of_measurement: "kWh"
device_class: "energy"
I hope it will help someone else too.
Hi!
My R5 SAJ Inverter has a Wifi module. The problem is that it seems to do Mac Address randomization, so when it happens to reset, the IP address that I manually set for its MAC address no longer works.
So I need to always scan my network to find the new IP.
This makes the configuration via the yaml file no longer working, because it tries to find info from the old address.
How do you handle this problem?
Can you share please you setting which you have used in your PUSR modbus gateway?
Thanks, Frank
Exactly, for AS1 and BS1 this should work, for other SAJ protocols the address are most probably different…
hi Frank,
Please see below my modbus gateway settings:
Also please see after this link the modusprotocols (including baudrate etc needed) for the AS1 and BS1 modules (link)!
Good luck and let me know if it worked out!
Kind regards,
Ben
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Hi Klagio,
Please see the modbus.yaml as well as the card code below,:
Energy card:
type: custom:tesla-style-solar-power-card
name: Energie Vermeulen
grid_to_house_entity: sensor.gridconsumption
generation_to_grid_entity: sensor.gridfeedinfrompv
generation_to_house_entity: sensor.pvconsumptiontohouse
generation_to_battery_entity: sensor.batchargingfrompv
battery_to_house_entity: sensor.batconsumptiontohouse
battery_extra_entity: sensor.battery_soc
house_extra_entity: sensor.today_totalload_energy
grid_extra_entity: sensor.today_gridfeedinfrompv_energy
generation_extra_entity: sensor.today_pvenergy
grid_entity: sensor.gridfeedinfrompv
house_entity: sensor.systemtotalloadpower
generation_entity: sensor.pvtotalpower
battery_entity: sensor.totay_batdischargeenergy
show_w_not_kw: 1
generation_icon: mdi:solar-power
appliance1_consumption_entity: sensor.tasmota_zmai90_boilerverwarming_energy_power
appliance1_extra_entity: sensor.tasmota_zmai90_boilerverwarming_energy_today
appliance2_consumption_entity: sensor.tasmota_boilerweerstand_energy_power
appliance2_extra_entity: sensor.tasmota_boilerweerstand_energy_today
appliance1_icon: mdi:water-boiler
appliance2_icon: mdi:string-lights
Modbus.yaml
#################################################################
## Modbus
#################################################################
##########################################################
## SAJ converter
##########################################################
- name: SAJ
close_comm_on_error: true
delay: 5
type: tcp
timeout: 5
host: 192.168.8.134
port: 23
sensors:
- name: display_board_error_message
slave: 0
address: 16389
count: 2
scale: 1
precision: 0
data_type: uint32
scan_interval: 10
- name: display_controller_error_message
slave: 0
address: 16391
count: 2
scale: 1
precision: 0
data_type: uint32
scan_interval: 10
- name: display_controller_error_message2
slave: 0
address: 16393
count: 2
scale: 1
precision: 0
data_type: uint32
scan_interval: 10
- name: error_message_controller
slave: 0
address: 16395
count: 2
scale: 1
precision: 0
data_type: uint32
scan_interval: 10
- name: error_message_controller2
slave: 0
address: 16397
count: 2
scale: 1
precision: 0
data_type: uint32
scan_interval: 10
- name: Inverter_working_mode
slave: 0
address: 16388
count: 1
scale: 1
precision: 0
data_type: uint16
scan_interval: 1
- name: Grid_phase_voltage
unit_of_measurement: "V"
slave: 0
address: 16433
count: 1
scale: 100
precision: 0
data_type: uint16
device_class: voltage
scan_interval: 1
- name: Grid_Phase_current
unit_of_measurement: "A"
slave: 0
address: 16434
count: 1
precision: 2
scale: 0
data_type: int16
device_class: current
scan_interval: 1
- name: Battery_voltage
unit_of_measurement: "V"
slave: 0
address: 16489
count: 1
precision: 0
scale: 1
data_type: uint16
device_class: voltage
scan_interval: 1
- name: Battery_current
unit_of_measurement: "A"
slave: 0
address: 16490
count: 1
precision: 0
scale: 1
data_type: int16
device_class: current
- name: Battery_power
unit_of_measurement: "W"
slave: 0
address: 16493
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Battery_temperature
unit_of_measurement: "C°"
slave: 0
address: 16493
count: 1
precision: 1
scale: 1
data_type: int16
scan_interval: 1
device_class: temperature
- name: Battery_SOC
unit_of_measurement: "%"
slave: 0
address: 16495
count: 1
precision: 0
scale: 0.01
data_type: uint16
device_class: battery
scan_interval: 1
- name: Battery_direction
slave: 0
address: 16534
count: 1
precision: 0
scale: 1
data_type: int16
scan_interval: 1
- name: Gridconsumption
unit_of_measurement: "W"
slave: 0
address: 16538
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: PVconsumptiontohouse
unit_of_measurement: "W"
slave: 0
address: 16537
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: GridfeedinfromPV
unit_of_measurement: "W"
slave: 0
address: 16539
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Gridfeedinfrombattery
unit_of_measurement: "W"
slave: 0
address: 16540
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Batconsumptiontohouse
unit_of_measurement: "W"
slave: 0
address: 16541
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: BatchargingfromPV
unit_of_measurement: "W"
slave: 0
address: 16542
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Batchargingfromgrid
unit_of_measurement: "W"
slave: 0
address: 16543
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Systemtotalloadpower
unit_of_measurement: "W"
slave: 0
address: 16544
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: PVtotalpower
unit_of_measurement: "W"
slave: 0
address: 16549
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Batterytotalpower
unit_of_measurement: "W"
slave: 0
address: 16549
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Gridtotalpower
unit_of_measurement: "W"
slave: 0
address: 16550
count: 1
precision: 0
scale: 1
data_type: int16
device_class: power
scan_interval: 1
- name: Today_pvenergy
unit_of_measurement: "kWh"
slave: 0
address: 16575
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Month_pvenergy
unit_of_measurement: "kWh"
slave: 0
address: 16577
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Year_pvenergy
unit_of_measurement: "kWh"
slave: 0
address: 16579
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Total_pvenergy
unit_of_measurement: "kWh"
slave: 0
address: 16581
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Today_batenergy
unit_of_measurement: "kWh"
slave: 0
address: 16583
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Month_batenergy
unit_of_measurement: "kWh"
slave: 0
address: 16585
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: year_batenergy
unit_of_measurement: "kWh"
slave: 0
address: 16587
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: total_batenergy
unit_of_measurement: "kWh"
slave: 0
address: 16589
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: totay_batdischargeenergy
unit_of_measurement: "kWh"
slave: 0
address: 16591
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: month_batdischargeenergy
unit_of_measurement: "kWh"
slave: 0
address: 16593
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: year_batdischargeenergy
unit_of_measurement: "kWh"
slave: 0
address: 16595
count: 2
precision: 0
scale: 0.01
data_type: int32
device_class: energy
scan_interval: 100
- name: total_batdischargeenergy
unit_of_measurement: "kWh"
slave: 0
address: 16597
count: 2
precision: 0
scale: 0.01
data_type: int32
device_class: energy
scan_interval: 100
- name: today_pvconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16639
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Month_pvconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16641
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: Year_pvconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16643
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: Total_pvconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16645
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: Today_gridconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16647
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Month_gridconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16649
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: year_gridconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16651
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: total_gridconsumed_energy
unit_of_measurement: "kWh"
slave: 0
address: 16653
count: 2
precision: 0
scale: 0.01
data_type: int32
device_class: energy
scan_interval: 100
- name: Today_gridfeedinfromPV_energy
unit_of_measurement: "kWh"
slave: 0
address: 16655
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Month_gridfeedinfromPV_energy
unit_of_measurement: "kWh"
slave: 0
address: 16657
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: year_gridfeedinfromPV_energy
unit_of_measurement: "kWh"
slave: 0
address: 16659
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: total_gridfeedinfromPV_energy
unit_of_measurement: "kWh"
slave: 0
address: 16661
count: 2
precision: 0
scale: 0.01
data_type: int32
device_class: energy
scan_interval: 100
- name: Today_Totalload_energy
unit_of_measurement: "kWh"
slave: 0
address: 16607
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
state_class: total_increasing
- name: Month_Totalload_energy
unit_of_measurement: "kWh"
slave: 0
address: 16609
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: year_Totalload_energy
unit_of_measurement: "kWh"
slave: 0
address: 16611
count: 2
precision: 0
scale: 0.01
data_type: uint32
device_class: energy
scan_interval: 100
- name: total_Totalload_energy
unit_of_measurement: "kWh"
slave: 0
address: 16613
count: 2
precision: 0
scale: 0.01
data_type: int32
device_class: energy
scan_interval: 100
1 Like
Hi, I don’t understand this …
And I may have additional issue, I do have 2 inverters in parallel mode, so I will need to double the settings?
Perhaps then use this?
whicxh model do you have? Mine H2-10K
@Ben:
Hi and thanks for sharing.
Will try it this weekend. Will also check the communication at the RS485 line to the smart meter.
There is the possibility, to merge more inverters in parallel mode:
So they need to communicate and do this on RS 485 bus.
I hope, to read the same modbus addresses on the RS 485 bus like on the RS232. The benefit would be keeping the AIO3 working. On RS 485, multiple devices can be present on the bus. On RS 232 the modbus TCP gateway OR the AIO3. Will keep you here informed.
Thanks again and best regrads, Frank
1 Like