mirror of
https://github.com/CeeWeasel/fresh-home.git
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CeeWeasel
323 lines
9.9 KiB
YAML
323 lines
9.9 KiB
YAML
sensor:
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# Main IC1
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#########
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- platform: atm90e32
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release_device: true
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cs_pin: ${main_ic1}
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id: ${main_meter_id1}
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phase_a:
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voltage:
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name: Voltage 1
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id: ic1Volts
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entity_category: diagnostic
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accuracy_decimals: ${voltage_accuracy_decimals}
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filters:
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# Only log if voltage moves by 0.5V, or every 5 mins regardless
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- or:
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- delta: ${voltage_delta}
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- heartbeat: ${voltage_heartbeat}
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current:
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name: ${ct1_name} ${amp_label}
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id: ct1Amps
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entity_category: diagnostic
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accuracy_decimals: ${amp_accuracy_decimals}
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filters:
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# Drop noise below 0.02A, then log 0.05A changes or every 60s
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- lambda: "return x < 0.02 ? 0 : x;"
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- or:
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- delta: ${grid_amp_delta}
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- throttle: ${amp_throttle}
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power:
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name: ${ct1_name} ${watt_label}
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id: ct1Watts
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accuracy_decimals: 1
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filters:
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# Convert negative to positive (absolute value)
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- lambda: "return abs(x);"
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# Clip "ghost" watts when the device is off
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- lambda: "return x < 5.0 ? 0 : x;"
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- or:
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- delta: ${watt_delta_grid}
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- throttle: ${watt_throttle}
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gain_voltage: ${voltage_cal1}
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gain_ct: ${current_cal_ct1}
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phase_b:
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current:
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name: ${ct2_name} ${amp_label}
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id: ct2Amps
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entity_category: diagnostic
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accuracy_decimals: ${amp_accuracy_decimals}
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filters:
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# Drop noise below 0.02A, then log 0.05A changes or every 60s
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- lambda: "return x < 0.02 ? 0 : x;"
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- or:
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- delta: ${amp_delta}
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- throttle: ${amp_throttle}
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power:
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name: ${ct2_name} ${watt_label}
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id: ct2Watts
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accuracy_decimals: 1
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filters:
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# Convert negative to positive (absolute value)
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- lambda: "return abs(x);"
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# Clip "ghost" watts when the device is off
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- lambda: "return x < 2.0 ? 0 : x;"
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- or:
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- delta: ${watt_delta_appliances}
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- throttle: ${watt_throttle}
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gain_voltage: ${voltage_cal1}
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gain_ct: ${current_cal_ct2}
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phase_c:
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current:
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name: ${ct3_name} ${amp_label}
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id: ct3Amps
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entity_category: diagnostic
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accuracy_decimals: ${amp_accuracy_decimals}
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filters:
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# Drop noise below 0.02A, then log 0.05A changes or every 60s
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- lambda: "return x < 0.02 ? 0 : x;"
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- or:
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- delta: ${amp_delta}
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- throttle: ${amp_throttle}
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power:
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name: ${ct3_name} ${watt_label}
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id: ct3Watts
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accuracy_decimals: 1
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filters:
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# Convert negative to positive (absolute value)
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- lambda: "return abs(x);"
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# Clip "ghost" watts when the device is off
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- lambda: "return x < 2.0 ? 0 : x;"
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- or:
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- delta: ${watt_delta_appliances}
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- throttle: ${watt_throttle}
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gain_voltage: ${voltage_cal1}
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gain_ct: ${current_cal_ct3}
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frequency:
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name: Frequency 1
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filters:
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- or:
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- delta: ${freq_delta}
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- throttle: ${freq_throttle}
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chip_temperature:
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name: ${main_meter_name1} Chip Temp
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line_frequency: ${electric_freq}
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gain_pga: 1X
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update_interval: ${update_time}
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enable_offset_calibration: ${offset_calibration}
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enable_gain_calibration: ${gain_calibration}
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# Main IC2
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##########
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- platform: atm90e32
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release_device: true
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cs_pin: ${main_ic2}
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id: ${main_meter_id2}
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phase_a:
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current:
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name: ${ct4_name} ${amp_label}
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id: ct4Amps
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entity_category: diagnostic
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accuracy_decimals: ${amp_accuracy_decimals}
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filters:
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# Drop noise below 0.02A, then log 0.05A changes or every 60s
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- lambda: "return x < 0.02 ? 0 : x;"
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- or:
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- delta: ${grid_amp_delta}
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- throttle: ${amp_throttle}
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power:
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name: ${ct4_name} ${watt_label}
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id: ct4Watts
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accuracy_decimals: ${watt_accuracy_decimals}
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filters:
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# Convert negative to positive (absolute value)
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- lambda: "return abs(x);"
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# Clip "ghost" watts when the device is off
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- lambda: "return x < 2.0 ? 0 : x;"
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- or:
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- delta: ${watt_delta_grid}
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- throttle: ${watt_throttle}
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gain_voltage: ${voltage_cal2}
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gain_ct: ${current_cal_ct4}
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phase_b:
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current:
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name: ${ct5_name} ${amp_label}
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id: ct5
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entity_category: diagnostic
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accuracy_decimals: ${amp_accuracy_decimals}
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filters:
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# Drop noise below 0.02A, then log 0.05A changes or every 60s
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- lambda: "return x < 0.02 ? 0 : x;"
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- or:
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- delta: ${amp_delta}
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- throttle: ${amp_throttle}
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power:
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name: ${ct5_name} ${watt_label}
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id: ct5Watts
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accuracy_decimals: ${watt_accuracy_decimals}
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filters:
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# Convert negative to positive (absolute value)
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- lambda: "return abs(x);"
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# Clip "ghost" watts when the device is off
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- lambda: "return x < 2.0 ? 0 : x;"
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- or:
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- delta: ${watt_delta_computers}
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- throttle: ${watt_throttle}
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gain_voltage: ${voltage_cal2}
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gain_ct: ${current_cal_ct5}
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phase_c:
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current:
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name: ${ct6_name} ${amp_label}
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id: ct6Amps
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entity_category: diagnostic
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accuracy_decimals: ${amp_accuracy_decimals}
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filters:
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# Drop noise below 0.02A, then log 0.05A changes or every 60s
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- lambda: "return x < 0.02 ? 0 : x;"
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- or:
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- delta: ${amp_delta}
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- throttle: ${amp_throttle}
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power:
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name: ${ct6_name} ${watt_label}
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id: ct6Watts
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accuracy_decimals: ${watt_accuracy_decimals}
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filters:
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# Convert negative to positive (absolute value)
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- lambda: "return abs(x);"
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# Clip "ghost" watts when the device is off
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- lambda: "return x < 2.0 ? 0 : x;"
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- or:
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- delta: ${watt_delta_lights}
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- throttle: ${watt_throttle}
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gain_voltage: ${voltage_cal2}
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gain_ct: ${current_cal_ct6}
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#this is only needed if monitoring 2 voltages
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# frequency:
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# name: Frequency 2
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chip_temperature:
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name: ${main_meter_name2} Chip Temp
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filters:
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- or:
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- delta: ${temp_delta}
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- throttle: ${temp_throttle}
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line_frequency: ${electric_freq}
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gain_pga: 1X
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update_interval: ${update_time}
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enable_offset_calibration: ${offset_calibration}
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enable_gain_calibration: ${gain_calibration}
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#Total A Main
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################
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# - platform: template
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# name: Mainboard Total ${amp_label}
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# id: totalAmpsMain
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# entity_category: diagnostic
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# lambda: return id(ct1Amps).state + id(ct2Amps).state + id(ct3Amps).state + id(ct4Amps).state + id(ct5Amps).state + id(ct6Amps).state ;
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# accuracy_decimals: ${amp_accuracy_decimals}
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# unit_of_measurement: A
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# device_class: current
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# update_interval: ${update_time}
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# filters:
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# # Drop noise below 0.02A, then log 0.05A changes or every 60s
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# - lambda: "return x < 0.02 ? 0 : x;"
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# - or:
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# - delta: ${amp_delta}
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# - throttle: ${amp_throttle}
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#Total W Main
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#################
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# - platform: template
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# name: Mainboard Total ${watt_label}
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# id: totalWattsMain
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# lambda: return id(ct1Watts).state + id(ct2Watts).state + id(ct3Watts).state + id(ct4Watts).state + id(ct5Watts).state + id(ct6Watts).state ;
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# accuracy_decimals: ${watt_accuracy_decimals}
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# unit_of_measurement: ${watt_label}
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# device_class: power
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# update_interval: ${update_time}
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# filters:
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# # Convert negative to positive (absolute value)
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# - lambda: "return abs(x);"
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# # Clip "ghost" watts when the device is off
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# - lambda: "return x < 2.0 ? 0 : x;"
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# - or:
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# - delta: ${watt_delta_grid}
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# - throttle: ${watt_throttle}
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#kWh From CT 1
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- platform: total_daily_energy
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name: ${ct1_name} ${kwh_label}
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id: ct1Kwh
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power_id: ct1Watts
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accuracy_decimals: 3
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filters:
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- multiply: 0.001
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- throttle: ${kwh_throttle}
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unit_of_measurement: kWh
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device_class: energy
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state_class: total_increasing
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# kWh from CT 2
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- platform: total_daily_energy
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name: ${ct2_name} ${kwh_label}
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id: ct2Kwh
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power_id: ct2Watts
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accuracy_decimals: 3
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filters:
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- multiply: 0.001
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- throttle: ${kwh_throttle}
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unit_of_measurement: kWh
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device_class: energy
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state_class: total_increasing
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#kWh From CT 3
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- platform: total_daily_energy
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name: ${ct3_name} ${kwh_label}
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id: ct3Kwh
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power_id: ct3Watts
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accuracy_decimals: 3
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filters:
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- multiply: 0.001
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- throttle: ${kwh_throttle}
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unit_of_measurement: kWh
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device_class: energy
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state_class: total_increasing
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#kWh From CT 4
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- platform: total_daily_energy
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name: ${ct4_name} ${kwh_label}
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id: ct4Kwh
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power_id: ct4Watts
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accuracy_decimals: 3
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filters:
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- multiply: 0.001
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- throttle: ${kwh_throttle}
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unit_of_measurement: kWh
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device_class: energy
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state_class: total_increasing
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#kWh From CT 5
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- platform: total_daily_energy
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name: ${ct5_name} ${kwh_label}
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id: ct5Kwh
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power_id: ct5Watts
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accuracy_decimals: 3
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filters:
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- multiply: 0.001
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- throttle: ${kwh_throttle}
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unit_of_measurement: kWh
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device_class: energy
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state_class: total_increasing
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#kWh From CT 6
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- platform: total_daily_energy
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name: ${ct6_name} ${kwh_label}
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id: ct6Kwh
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power_id: ct6Watts
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accuracy_decimals: 3
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filters:
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- multiply: 0.001
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- throttle: ${kwh_throttle}
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unit_of_measurement: kWh
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device_class: energy
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state_class: total_increasing |