Replies: 3 comments 11 replies
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I created this for energy. To be evaluated. ###############
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## Energy
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- name: smappee_modbus_energy_L1_import_car
slave: 61
address: 12288
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L2_import_car
slave: 61
address: 12292
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L3_import_car
slave: 61
address: 12296
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L1_import_grid
slave: 61
address: 12300
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L2_import_grid
slave: 61
address: 12304
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L3_import_grid
slave: 61
address: 12308
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L1_import_PV
slave: 61
address: 12312
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L2_import_PV
slave: 61
address: 12316
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L3_import_PV
slave: 61
address: 12320
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L1_export_car
slave: 61
address: 12290
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L2_export_car
slave: 61
address: 12294
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L3_export_car
slave: 61
address: 12298
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L1_export_grid
slave: 61
address: 12302
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L2_export_grid
slave: 61
address: 12306
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L3_export_grid
slave: 61
address: 12310
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L1_export_PV
slave: 61
address: 12314
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L2_export_PV
slave: 61
address: 12318
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0
- name: smappee_modbus_energy_L3_export_PV
slave: 61
address: 12322
input_type: holding
device_class: energy
data_type: int32
state_class: total_increasing
unit_of_measurement: Wh
swap: word
scan_interval: 20
precision: 0 |
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Great work! Question: How do I have to interpret these? Is this a sensor for bidirectional power to and from the car, charging and V2G? Is there a possibility to create kind of a sensor for total energy delivered to the car? Is that just a combination of the smappee_modbus_energy_L1_export_car, L2 and L3 sensors? Thanks! |
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Single Phase Smappee Connect Modbus Registers After some trial and error the modbus registers for single phase are- Car Power 256 |
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I am playing around with the Modbus interface. Everything that works, will be in the docs. There are some items that I could not figure out yet.
I list here some input from the excel.
Encoding
Voltages
In the table, you can see always 1 second average, or fundamental voltage. I decided to only use the first item, not the fundamental voltage. Same for currents. Below you can find a yaml example for the first item in the table.
Energy
This is the configuration of the Energy. I have integrated this, but the numbers do not make any sense.
General information
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