charge_bridge:
  name: cb_sat_ac
  ip: ANY_EVSE
  fw_file: ./firmware/charge-bridge-fw_complete.cbfw
  fw_update_on_start: true
  mdns_name: ""

heartbeat:
  interval_s: 1
  connection_to_s: 10

safety:
  pp_mode: "disabled"
  cp_avg_ms: 10
  inverted_emergency_input: 0
  relay_1:
    relay_mode: "PowerRelay"
    # Auxilary contact is connected from the OMRON relay
    feedback_enabled: true
    # The Omron relay switches in less than 100ms, use 200ms here
    feedback_delay_ms: 200
    # Only for PCB version 1.1, set to false for PCB version 1.2 and up
    feedback_inverted: true
    # PWM not supported yet
    pwm_dc: 100
    pwm_delay_ms: 0
    switchoff_delay_ms: 10
  relay_2:
    # Not connected on PCB
    relay_mode: "UserRelay"
    feedback_enabled: false
    feedback_delay_ms: 10
    feedback_inverted: false
    pwm_dc: 100
    pwm_delay_ms: 0
    switchoff_delay_ms: 10
  relay_3:
    # Not connected on PCB
    relay_mode: "UserRelay"
    feedback_enabled: false
    feedback_delay_ms: 10
    feedback_inverted: false
    pwm_dc: 100
    pwm_delay_ms: 0
    switchoff_delay_ms: 10

can_0:
  enable: true
  local: "cb_can"
  baudrate: 250000

serial_1:
  enable: true
  local: "/dev/cb_uart"
  baudrate: 115200
  stopbits: OneStopBit
  parity: None

serial_2:
  enable: true
  local: "/dev/cb_rs485"
  baudrate: 9600
  stopbits: OneStopBit
  parity: None

plc:
  enable: true
  tap: "cb_plc"
  ip: 172.25.6.1
  netmask: 255.255.255.0
  mtu: 1518
  powersaving_mode: 1

evse_bsp:
  enable: true
  module_id: "cb_bsp"
  mqtt_remote: "localhost"
  mqtt_port: 1883
  mqtt_bind: 127.0.0.1
  mqtt_ping_interval_ms: 1000
  capabilities:
    max_current_A_import: 16
    min_current_A_import: 6
    max_phase_count_import: 3
    min_phase_count_import: 3
    max_current_A_export: 16
    min_current_A_export: 6
    max_phase_count_export: 3
    min_phase_count_export: 3
    supports_changing_phases_during_charging: false
    connector_type: "IEC62196Type2Cable"
  ovm_enabled: false
  ovm_module_id: cb_ovm

gpio:
  enable: true
  interval_s: 1
  mqtt_remote: "localhost"
  mqtt_port: 1883
  mqtt_bind: 127.0.0.1
  mqtt_ping_interval_ms: 1000
  gpio_0:
    # RCD.TEST
    #mode: "Rcd_Selftest_Output"
    # Self test not fully supported yet
    mode: "Input"
    pulls: "NoPull"
    mdns: false
# RCD self test duration (ignore emergency input signals for this time after self test)
# and show reason of safety decision on host somehow to simplify debugging
    config: 1000
  gpio_1:
    # RCD.ERROR
    mode: "Input"
    pulls: "NoPull"
    mdns: false
    config: 0
  gpio_2:
    # MOTOR_1
    # simple Motor lock with only 2 wires (no feedback contacts)
    mode: "MotorLock_1"
    pulls: "NoPull"
    mdns: false
    # 1000 ms motor drive time for locking/unlocking
    config: 1000
  gpio_3:
    # MOTOR_2
    # simple Motor lock with only 2 wires (no feedback contacts)
    mode: "MotorLock_2"
    pulls: "NoPull"
    mdns: false
    config: 1000
  gpio_4:
    # RCD.PWM
    # not supported yet
    mode: "Input"
    pulls: "NoPull"
    mdns: false
    config: 0
  gpio_5:
    # External GPIO on connector J4 pin 9 (10kOhm I/O)
    mode: "Input"
    pulls: "NoPull"
    mdns: false
    config: 0
  gpio_6:
    # External GPIO on connector J4 pin 10 (10kOhm I/O)
    mode: "Input"
    pulls: "PullUp"
    mdns: false
    config: 0
  gpio_7:
    # External GPIO on connector J3 pin 11 (10kOhm I/O)
    mode: "Input"
    pulls: "NoPull"
    mdns: false
    config: 0
  gpio_8:
    # External GPIO on connector J3 pin 12 (10kOhm I/O)
    mode: "Input"
    pulls: "PullDown"
    mdns: false
    config: 0
  gpio_9:
    # Not connected
    mode: "Input"
    pulls: "PullDown"
    mdns: false
    config: 0