stop hating myself

2026-08-10 02:50:12 -04:00 · 2025-12-09 16:59:38 -05:00
parent a49d981ad4
commit 578edbc7dc
100 changed files with 11098 additions and 966 deletions
@@ -0,0 +1,123 @@
+sensor:
+# Main IC1
+#########
+  - platform: atm90e32
+    release_device: true
+    cs_pin: 5
+    id: ${main_meter_id1}
+    phase_a:
+      voltage:
+        name: Voltage 1
+        id: ic1Volts
+        accuracy_decimals: 1
+      current:
+        name: ${ct1_name} Amps
+        id: ct1Amps
+# The max value for current that the meter can output is 65.535. If you expect to measure current over 65A,
+# divide the gain_ct by 2 (120A CT) or 4 (200A CT) and multiply the current and power values by 2 or 4 by uncommenting the filter below
+#        filters:
+#          - multiply: 2
+      power:
+        name: ${ct1_name} Watts
+        id: ct1Watts
+#        filters:
+#          - multiply: 2
+      gain_voltage: ${voltage_cal1}
+      gain_ct: ${current_cal_ct1}
+    phase_b:
+      current:
+        name: ${ct2_name} Amps
+        id: ct2Amps
+      power:
+        name: ${ct2_name} Watts
+        id: ct2Watts
+      gain_voltage: ${voltage_cal1}
+      gain_ct: ${current_cal_ct2}
+    phase_c:
+      current:
+        name: ${ct3_name} Amps
+        id: ct3Amps
+      power:
+        name: ${ct3_name} Watts
+        id: ct3Watts
+      gain_voltage: ${voltage_cal1}
+      gain_ct: ${current_cal_ct3}
+    frequency:
+      name: Frequency 1
+    chip_temperature:
+      name: ${main_meter_name1} Chip Temp
+    line_frequency: ${electric_freq}
+    gain_pga: 1X
+    update_interval: ${update_time}
+    enable_offset_calibration: ${offset_calibration}
+    enable_gain_calibration: ${gain_calibration}
+# Main IC2
+##########
+  - platform: atm90e32
+    release_device: true
+    cs_pin: 4
+    id: ${main_meter_id2}
+    phase_a:
+#this voltage is only needed if monitoring 2 voltages
+#     voltage:
+#       name: Voltage 2
+#       id: ic2Volts
+#       accuracy_decimals: 1
+      current:
+        name: ${ct4_name} Amps
+        id: ct4Amps
+      power:
+        name: ${ct4_name} Watts
+        id: ct4Watts
+      gain_voltage: ${voltage_cal2}
+      gain_ct: ${current_cal_ct4}
+    phase_b:
+      current:
+        name: ${ct5_name} Amps
+        id: ct5Amps
+      power:
+        name: ${ct5_name} Watts
+        id: ct5Watts
+      gain_voltage: ${voltage_cal2}
+      gain_ct: ${current_cal_ct5}
+    phase_c:
+      current:
+        name: ${ct6_name} Amps
+        id: ct6Amps
+      power:
+        name: ${ct6_name} Watts
+        id: ct6Watts
+      gain_voltage: ${voltage_cal2}
+      gain_ct: ${current_cal_ct6}
+#this is only needed if monitoring 2 voltages
+#   frequency:
+#     name: Frequency 2
+    chip_temperature:
+      name: ${main_meter_name2} Chip Temp
+    line_frequency: ${electric_freq}
+    gain_pga: 1X
+    update_interval: ${update_time}
+    enable_offset_calibration: ${offset_calibration}
+    enable_gain_calibration: ${gain_calibration}
+
+#Total Amps Main
+################
+  - platform: template
+    name: ${friendly_name} Total Amps Main
+    id: totalAmpsMain
+    lambda: return id(ct1Amps).state + id(ct2Amps).state + id(ct3Amps).state + id(ct4Amps).state + id(ct5Amps).state + id(ct6Amps).state ;
+    accuracy_decimals: 2
+    unit_of_measurement: A
+    device_class: current
+    update_interval: ${update_time}
+    
+#Total Watts Main
+#################
+  - platform: template
+    name: ${friendly_name} Total Watts Main
+    id: totalWattsMain
+    lambda: return id(ct1Watts).state + id(ct2Watts).state + id(ct3Watts).state + id(ct4Watts).state + id(ct5Watts).state + id(ct6Watts).state ;
+    accuracy_decimals: 1
+    unit_of_measurement: W
+    device_class: power
+    update_interval: ${update_time}