strings.json

{
    "config": {
        "abort": {
            "already_configured": "Device is already configured"
        },
        "error": {
            "cannot_connect": "Failed to connect",
            "invalid_auth": "Invalid authentication",
            "invalid_slave_ids": "Slave IDs must be comma-separated list of ints",
            "read_error": "Reading from the inverter failed.",
            "slave_cannot_connect": "Failed to connect to additional slave",
            "unknown": "Unexpected error"
        },
        "step": {
            "network_login": {
                "data": {
                    "password": "Password",
                    "username": "Username"
                },
                "description": "Please enter the Installer credentials"
            },
            "setup_network": {
                "data": {
                    "enable_parameter_configuration": "Advanced: elevate permissions",
                    "host": "Host",
                    "port": "Port",
                    "slave_ids": "Slave IDs (Comma separated)"
                }
            },
            "setup_serial": {
                "data": {
                    "port": "Select device",
                    "slave_ids": "Slave IDs (Comma separated)"
                },
                "title": "Device"
            },
            "setup_serial_manual_path": {
                "data": {
                    "port": "USB Device Path"
                },
                "title": "Path"
            },
            "user": {
                "data": {
                    "type": "Connection type"
                },
                "title": "Select connection type"
            }
        }
    },
    "entity": {
        "number": {
            "storage_maximum_charge_power": {
                "name": "Maximum charging power"
            },
            "storage_maximum_discharge_power": {
                "name": "Maximum discharging power"
            },
            "storage_charging_cutoff_capacity": {
                "name": "End-of-charge SOC"
            },
            "storage_discharging_cutoff_capacity": {
                "name": "End-of-discharge SOC"
            },
            "storage_backup_power_state_of_charge": {
                "name": "Backup power SOC"
            },
            "storage_grid_charge_cutoff_state_of_charge": {
                "name": "Grid charge cutoff SOC"
            },
            "storage_power_of_charge_from_grid": {
                "name": "Grid charge maximum power"
            },
            "storage_capacity_control_soc_peak_shaving": {
                "name": "Peak Shaving SOC"
            }
        },
        "sensor": {
            "input_power": {
                "name": "Input power"
            },
            "line_voltage_a_b": {
                "name": "A-B line voltage"
            },
            "line_voltage_b_c": {
                "name": "B-C line voltage"
            },
            "line_voltage_c_a": {
                "name": "C-A line voltage"
            },
            "phase_a_voltage": {
                "name": "Phase A voltage"
            },
            "phase_b_voltage": {
                "name": "Phase B voltage"
            },
            "phase_c_voltage": {
                "name": "Phase C voltage"
            },
            "phase_a_current": {
                "name": "Phase A current"
            },
            "phase_b_current": {
                "name": "Phase B current"
            },
            "phase_c_current": {
                "name": "Phase C current"
            },
            "day_active_power_peak": {
                "name": "Day active power peak"
            },
            "active_power": {
                "name": "Active power"
            },
            "reactive_power": {
                "name": "[%key:component::sensor::entity_component::reactive_power::name%]"
            },
            "power_factor": {
                "name": "[%key:component::sensor::entity_component::power_factor::name%]"
            },
            "efficiency": {
                "name": "Efficiency"
            },
            "internal_temperature": {
                "name": "Internal temperature"
            },
            "device_status": {
                "name": "Device status"
            },
            "startup_time": {
                "name": "Startup time"
            },
            "shutdown_time": {
                "name": "Shutdown time"
            },
            "accumulated_yield_energy": {
                "name": "Total yield"
            },
            "daily_yield_energy": {
                "name": "Daily yield"
            },
            "state_1": {
                "name": "Inverter state"
            },
            "state_2_0": {
                "name": "Locking status"
            },
            "state_2_1": {
                "name": "PV connection status"
            },
            "state_2_2": {
                "name": "DSP data collection"
            },
            "state_3_0": {
                "name": "Off-grid status"
            },
            "state_3_1": {
                "name": "Off-grid switch"
            },
            "nb_online_optimizers": {
                "name": "Optimizers online"
            },
            "output_power": {
                "name": "Output power"
            },
            "voltage_to_ground": {
                "name": "Voltage to ground"
            },
            "output_voltage": {
                "name": "Output voltage"
            },
            "output_current": {
                "name": "Output current"
            },
            "input_voltage": {
                "name": "Input voltage"
            },
            "input_current": {
                "name": "Input current"
            },
            "temperature": {
                "name": "[%key:component::sensor::entity_component::temperature::name%]"
            },
            "running_status": {
                "name": "Running status"
            },
            "accumulated_energy_yield": {
                "name": "Accumulated energy yield"
            },
            "alarm": {
                "name": "Alarm"
            },
            "meter_status": {
                "name": "Meter status"
            },
            "single_phase_meter_voltage": {
                "name": "[%key:component::sensor::entity_component::voltage::name%]"
            },
            "single_phase_meter_current": {
                "name": "[%key:component::sensor::entity_component::current::name%]"
            },
            "power_meter_active_power": {
                "name": "Active power"
            },
            "power_meter_reactive_power": {
                "name": "[%key:component::sensor::entity_component::reactive_power::name%]"
            },
            "active_grid_power_factor": {
                "name": "Power factor"
            },
            "active_grid_frequency": {
                "name": "[%key:component::sensor::entity_component::frequency::name%]"
            },
            "grid_exported_energy": {
                "name": "Exported"
            },
            "grid_accumulated_energy": {
                "name": "Consumption"
            },
            "grid_accumulated_reactive_power": {
                "name": "Reactive energy"
            },
            "grid_a_voltage": {
                "name": "Phase A voltage"
            },
            "grid_b_voltage": {
                "name": "Phase B voltage"
            },
            "grid_c_voltage": {
                "name": "Phase C voltage"
            },
            "grid_a_current": {
                "name": "Phase A current"
            },
            "grid_b_current": {
                "name": "Phase B current"
            },
            "grid_c_current": {
                "name": "Phase C current"
            },
            "active_grid_a_b_voltage": {
                "name": "A-B line voltage"
            },
            "active_grid_b_c_voltage": {
                "name": "B-C line voltage"
            },
            "active_grid_c_a_voltage": {
                "name": "C-A line voltage"
            },
            "active_grid_a_power": {
                "name": "Phase A active power"
            },
            "active_grid_b_power": {
                "name": "Phase B active power"
            },
            "active_grid_c_power": {
                "name": "Phase C active power"
            },
            "storage_state_of_capacity": {
                "name": "State of capacity"
            },
            "storage_running_status": {
                "name": "Status"
            },
            "storage_bus_voltage": {
                "name": "Bus voltage"
            },
            "storage_bus_current": {
                "name": "Bus current"
            },
            "storage_charge_discharge_power": {
                "name": "Charge/Discharge power"
            },
            "storage_total_charge": {
                "name": "Total charge"
            },
            "storage_total_discharge": {
                "name": "Total discharge"
            },
            "storage_current_day_charge_capacity": {
                "name": "Day charge"
            },
            "storage_current_day_discharge_capacity": {
                "name": "Day discharge"
            },
            "alarms": {
                "name": "Alarms"
            },
            "storage_time_of_use_charging_and_discharging_periods": {
                "name": "Time Of use periods"
            },
            "storage_capacity_control_periods": {
                "name": "Capacity control periods"
            },
            "storage_fixed_charging_and_discharging_periods": {
                "name": "Fixed charging periods"
            },
            "pv_01_voltage": {
                "name": "PV 1 voltage"
            },
            "pv_01_current": {
                "name": "PV 1 current"
            },
            "pv_02_voltage": {
                "name": "PV 2 voltage"
            },
            "pv_02_current": {
                "name": "PV 2 current"
            },
            "pv_03_voltage": {
                "name": "PV 3 voltage"
            },
            "pv_03_current": {
                "name": "PV 3 current"
            },
            "pv_04_voltage": {
                "name": "PV 4 voltage"
            },
            "pv_04_current": {
                "name": "PV 4 current"
            },
            "pv_05_voltage": {
                "name": "PV 5 voltage"
            },
            "pv_05_current": {
                "name": "PV 5 current"
            },
            "pv_06_voltage": {
                "name": "PV 6 voltage"
            },
            "pv_06_current": {
                "name": "PV 6 current"
            },
            "pv_07_voltage": {
                "name": "PV 7 voltage"
            },
            "pv_07_current": {
                "name": "PV 7 current"
            },
            "pv_08_voltage": {
                "name": "PV 8 voltage"
            },
            "pv_08_current": {
                "name": "PV 8 current"
            },
            "pv_09_voltage": {
                "name": "PV 9 voltage"
            },
            "pv_09_current": {
                "name": "PV 9 current"
            },
            "pv_10_voltage": {
                "name": "PV 10 voltage"
            },
            "pv_10_current": {
                "name": "PV 10 current"
            },
            "pv_11_current": {
                "name": "PV 11 current"
            },
            "pv_12_voltage": {
                "name": "PV 12 voltage"
            },
            "pv_12_current": {
                "name": "PV 12 current"
            },
            "pv_13_voltage": {
                "name": "PV 13 voltage"
            },
            "pv_13_current": {
                "name": "PV 13 current"
            },
            "pv_14_voltage": {
                "name": "PV 14 voltage"
            },
            "pv_14_current": {
                "name": "PV 14 current"
            },
            "pv_15_voltage": {
                "name": "PV 15 voltage"
            },
            "pv_15_current": {
                "name": "PV 15 current"
            },
            "pv_16_voltage": {
                "name": "PV 16 voltage"
            },
            "pv_16_current": {
                "name": "PV 16 current"
            },
            "pv_17_voltage": {
                "name": "PV 17 voltage"
            },
            "pv_17_current": {
                "name": "PV 17 current"
            },
            "pv_18_voltage": {
                "name": "PV 18 voltage"
            },
            "pv_18_current": {
                "name": "PV 18 current"
            },
            "pv_19_voltage": {
                "name": "PV 19 voltage"
            },
            "pv_19_current": {
                "name": "PV 19 current"
            },
            "pv_20_voltage": {
                "name": "PV 20 voltage"
            },
            "pv_20_current": {
                "name": "PV 20 current"
            },
            "pv_21_current": {
                "name": "PV 21 current"
            },
            "pv_22_voltage": {
                "name": "PV 22 voltage"
            },
            "pv_22_current": {
                "name": "PV 22 current"
            },
            "pv_23_voltage": {
                "name": "PV 23 voltage"
            },
            "pv_23_current": {
                "name": "PV 23 current"
            },
            "pv_24_voltage": {
                "name": "PV 24 voltage"
            },
            "pv_24_current": {
                "name": "PV 24 current"
            }
        },
        "select": {
            "storage_excess_pv_energy_use_in_tou": {
                "name": "Excess PV energy use in TOU",
                "state": {
                    "fed_to_grid": "Fed to grid",
                    "charge": "Charge"
                }
            },
            "storage_capacity_control_mode": {
                "name": "Capacity Control Mode",
                "state": {
                    "disable": "Disable",
                    "active_capacity_control": "Active capacity control",
                    "apparent_power_limit": "Apparent power limit"
                }
            },
            "storage_working_mode_settings": {
                "name": "Working Mode",
                "state": {
                    "adaptive": "Adaptive",
                    "fixed_charge_discharge": "Fixed charge discharge",
                    "maximise_self_consumption": "Maximise self consumption",
                    "time_of_use_lg": "Time of use",
                    "fully_fed_to_grid": "Fully fed to grid",
                    "time_of_use_luna2000": "Time of use"
                }
            }
        },
        "switch": {
            "storage_charge_from_grid_function": {
                "name": "Charge from grid"
            },
            "startup": {
                "name": "Inverter ON/OFF"
            }
        }
    },
    "services": {
        "forcible_charge": {
            "name": "Forcible Charge",
            "description": "Forcible Charge of the battery for a certain time",
            "fields": {
                "device_id": {
                    "name": "Battery",
                    "description": "Must be a 'Battery' device"
                },
                "duration": {
                    "name": "Duration",
                    "description": "Duration of the charge"
                },
                "power": {
                    "name": "Power",
                    "description": "Wattage used for the charge"
                }
            }
        },
        "forcible_discharge": {
            "name": "Forcible Discharge",
            "description": "Forcible Discharge of the battery for a certain time",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                },
                "duration": {
                    "name": "Duration",
                    "description": "Duration of the discharge"
                },
                "power": {
                    "name": "Power",
                    "description": "Wattage used for the discharge"
                }
            }
        },
        "forcible_charge_soc": {
            "name": "Forcible Charge to a SoC level",
            "description": "Forcible Charge of the battery to a certain State of Charge level",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                },
                "target_soc": {
                    "name": "Target SoC",
                    "description": "State of Charge that must be reached"
                },
                "power": {
                    "name": "Power",
                    "description": "Wattage used for the charge"
                }
            }
        },
        "forcible_discharge_soc": {
            "name": "Forcible Discharge to a SoC level",
            "description": "Forcible Discharge of the battery to a certain State of Charge level",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                },
                "target_soc": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge_soc::fields::target_soc::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge_soc::fields::target_soc::description%]"
                },
                "power": {
                    "name": "Power",
                    "description": "Wattage used for the discharge"
                }
            }
        },
        "stop_forcible_charge": {
            "name": "Stop the forcible charge or discharge",
            "description": "Cancel the running forcible charge command",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                }
            }
        },
        "reset_maximum_feed_grid_power": {
            "name": "Set Active Power Control to Maximum Feed Grid Power",
            "description": "Set Active Power Control to the default Unlimited mode",
            "fields": {
                "device_id": {
                    "name": "Inverter",
                    "description": "Must be a 'Inverter' device"
                }
            }
        },
        "set_di_active_power_scheduling": {
            "name": "Set Active Power Control to 'DI active scheduling'",
            "description": "Set Active Power Control to 'DI active scheduling'",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::description%]"
                }
            }
        },
        "set_zero_power_grid_connection": {
            "name": "Set Active Power Control to 'Zero power grid connection'",
            "description": "Set Active Power Control to 'Zero power grid connection'",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::description%]"
                }
            }
        },
        "set_maximum_feed_grid_power": {
            "name": "Limit the power fed to the grid",
            "description": "Sets Active Power Control to 'Power-limited grid connection' with the given wattage",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::description%]"
                },
                "power": {
                    "name": "Power",
                    "description": "Maximum Wattage"
                }
            }
        },
        "set_maximum_feed_grid_power_percent": {
            "name": "Limit the power fed to the grid to percentage",
            "description": "Sets Active Power Control to 'Power-limited grid connection (%)' with the given percentage",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::reset_maximum_feed_grid_power::fields::device_id::description%]"
                },
                "power_percentage": {
                    "name": "Power Percentage",
                    "description": "Maximum Percentage"
                }
            }
        },
        "set_tou_periods": {
            "name": "Set TOU Periods",
            "description": "Sets Time Of Use Periods",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                },
                "periods": {
                    "name": "Periods",
                    "description": "One period per line. For Huawei LUNA2000 batteries: '[start time]-[end time]/[days effective]/[charge]', with 1=Monday, 7=Sunday (example: '12:00-14:00/1234567/-'). For LG RESU batteries: '[start time]-[end time]/[electricity price]' (example: 13:00-14:00/0.50)"
                }
            }
        },
        "set_capacity_control_periods": {
            "name": "Set Capacity Control Periods",
            "description": "Set Capacity Control Periods",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                },
                "periods": {
                    "name": "Periods",
                    "description": "One period per line. Format: '[start time]-[end time]/[days effective]/[power]W', with 1=Monday, 7=Sunday. Example: '00:00-23:59/1234567/2500W'."
                }
            }
        },
        "set_fixed_charge_periods": {
            "name": "Set Fixed Charge Periods",
            "description": "Sets Fixed Charge and Discharge Periods",
            "fields": {
                "device_id": {
                    "name": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::name%]",
                    "description": "[%key:component::huawei_solar::services::forcible_charge::fields::device_id::description%]"
                },
                "periods": {
                    "name": "Periods",
                    "description": "One period per line. Format: '[start time]-[end time]/[power]W'. Example: '12:00-15:59/-1000W'."
                }
            }
        }
    }
}