ESP32 KONEK JIKONG OKE SOC BY AMPER

esphome:

  name: dara-tes-esp

  min_version: 2025.9.1

  build_path: build/dara-tes-esp

esp32:

  board: esp32dev

  framework:

    type: esp-idf

logger:

api:

ota:

  - platform: esphome

wifi:

  ssid: "Dara@Home"

  password: "rejeki88"

  manual_ip:

    static_ip: 192.188.1.236

    gateway: 192.188.1.1

    subnet: 255.255.255.0

  ap:

    ssid: "ESP Fallback"

    password: "fallback1234"

web_server:

  port: 80

captive_portal:

# Komponen JK-BMS langsung dari GitHub (paling baru)

external_components:

  - source: github://syssi/esphome-jk-bms@main

    refresh: 0s

esp32_ble_tracker:

  scan_parameters:

    active: false

# GANTI MAC di sini

ble_client:

  - mac_address: "C8:47:80:25:45:CF"

    id: client0

# Protokol JK untuk HW baru

jk_bms_ble:

  - ble_client_id: client0

    protocol_version: JK02_32S

    throttle: 8s

    id: bms0

# --- I2C / OLED ---

i2c:

  sda: GPIO21

  scl: GPIO22

  scan: true

font:

  - id: font_14

    file: "gfonts://Roboto"

    size: 14

# =========================

#        SENSORS

# =========================

sensor:

  # DHT11 di GPIO4

  - platform: dht

    pin: GPIO4

    model: DHT11

    temperature:

      name: "Suhu DHT11"

      id: suhu

    humidity:

      name: "Kelembapan DHT11"

      id: kelembapan

    update_interval: 10s

  # JK-BMS BLE (pakai jk_bms_ble_id di atas)

  - platform: jk_bms_ble

    jk_bms_ble_id: bms0

    total_voltage:

      name: "JK Total Voltage"

      id: jk_total_voltage

    # Nilai SOC dalam Ah (dipakai untuk kontrol)

    capacity_remaining:

      name: "JK SOC"

      id: jk_soc

    # Diagnostik ringkas

    min_cell_voltage:

      name: "JK Min Cell V"

    max_cell_voltage:

      name: "JK Max Cell V"

    min_voltage_cell:

      name: "JK Min Voltage Cell #"

    max_voltage_cell:

      name: "JK Max Voltage Cell #"

    average_cell_voltage:

      name: "JK Avg Cell V"

    delta_cell_voltage:

      name: "JK Delta Cell V"

    # 15S sesuai pack

    cell_voltage_1:

      name: "JK Cell V1"

    cell_voltage_2:

      name: "JK Cell V2"

    cell_voltage_3:

      name: "JK Cell V3"

    cell_voltage_4:

      name: "JK Cell V4"

    cell_voltage_5:

      name: "JK Cell V5"

    cell_voltage_6:

      name: "JK Cell V6"

    cell_voltage_7:

      name: "JK Cell V7"

    cell_voltage_8:

      name: "JK Cell V8"

    cell_voltage_9:

      name: "JK Cell V9"

    cell_voltage_10:

      name: "JK Cell V10"

    cell_voltage_11:

      name: "JK Cell V11"

    cell_voltage_12:

      name: "JK Cell V12"

    cell_voltage_13:

      name: "JK Cell V13"

    cell_voltage_14:

      name: "JK Cell V14"

    cell_voltage_15:

      name: "JK Cell V15"

# =========================

#   Kontrol -> GPIO32

# =========================

output:

  - platform: gpio

    pin: GPIO32

    id: out_gpio32

switch:

  - platform: output

    name: "SOC Output GPIO32"

    id: soc_output

    output: out_gpio32

    restore_mode: RESTORE_DEFAULT_OFF

  - platform: template

    name: "Auto Control by SOC"

    id: auto_soc_enable

    optimistic: true

    restore_mode: RESTORE_DEFAULT_OFF

    turn_on_action: []

    turn_off_action: []

number:

  # Ambang berbasis SOC (Ah)

  - platform: template

    name: "SOC Ah Min (ON)"

    id: soc_ah_min_on

    unit_of_measurement: "Ah"

    min_value: 0

    max_value: 100

    step: 0.1

    optimistic: true

    restore_value: true

    initial_value: 5.0

  - platform: template

    name: "SOC Ah Max (OFF)"

    id: soc_ah_max_off

    unit_of_measurement: "Ah"

    min_value: 0

    max_value: 100

    step: 0.1

    optimistic: true

    restore_value: true

    initial_value: 8.0

# Hysteresis berbasis SOC (Ah):

# - SOC(Ah) <= Min  -> ON (GPIO32 HIGH)

# - SOC(Ah) >= Max  -> OFF

interval:

  - interval: 5s

    then:

      - if:

          condition:

            lambda: |-

              return id(auto_soc_enable).state &&

                     id(jk_soc).has_state() && id(soc_ah_min_on).has_state() &&

                     (id(jk_soc).state <= id(soc_ah_min_on).state);

          then:

            - switch.turn_on: soc_output

      - if:

          condition:

            lambda: |-

              return id(auto_soc_enable).state &&

                     id(jk_soc).has_state() && id(soc_ah_max_off).has_state() &&

                     (id(jk_soc).state >= id(soc_ah_max_off).state);

          then:

            - switch.turn_off: soc_output

# --- OLED 0.96" ---

display:

  - platform: ssd1306_i2c

    model: "SSD1306 128x64"

    address: 0x3C

    update_interval: 5s

    lambda: |-

      it.clear();

      it.printf(0, 0, id(font_14), "Hello World");

      if (id(suhu).has_state())        it.printf(0, 16, id(font_14), "T: %.1f°C", id(suhu).state);

      if (id(kelembapan).has_state())  it.printf(0, 32, id(font_14), "RH: %.1f%%", id(kelembapan).state);

      if (id(jk_total_voltage).has_state()) it.printf(0, 48, id(font_14), "V: %.2fV", id(jk_total_voltage).state);

      if (id(jk_soc).has_state())           it.printf(80, 48, id(font_14), "SOC: %.0f%%", id(jk_soc).state);