local device = {}
device.model = "SDM02V1"
device.vendor = "Tuya"
device.description = "Smart energy monitor for 2P+N system"

device.exposes = {
        {
            type = "numeric",
            name = "voltage_l1",
            property = "voltage_l1",
            access = 1,
            unit = "V",
            description = "Measured electrical potential value (phase L1)",
        },
        {
            type = "numeric",
            name = "voltage_l2",
            property = "voltage_l2",
            access = 1,
            unit = "V",
            description = "Measured electrical potential value (phase L2)",
        },
        {
            type = "numeric",
            name = "power_l1",
            property = "power_l1",
            access = 1,
            unit = "W",
            description = "Instantaneous measured power (phase L1)",
        },
        {
            type = "numeric",
            name = "power_l2",
            property = "power_l2",
            access = 1,
            unit = "W",
            description = "Instantaneous measured power (phase L2)",
        },
        {
            type = "numeric",
            name = "current_l1",
            property = "current_l1",
            access = 1,
            unit = "A",
            description = "Instantaneous measured electrical current (phase L1)",
        },
        {
            type = "numeric",
            name = "current_l2",
            property = "current_l2",
            access = 1,
            unit = "A",
            description = "Instantaneous measured electrical current (phase L2)",
        },
        {
            type = "numeric",
            name = "energy",
            property = "energy",
            access = 1,
            unit = "kWh",
            description = "Total forward active energy",
        },
        {
            type = "numeric",
            name = "produced_energy",
            property = "produced_energy",
            access = 1,
            unit = "kWh",
            description = "Total reverse active energy",
        },
        {
            type = "numeric",
            name = "power_factor",
            property = "power_factor",
            access = 1,
            unit = "%",
            description = "Total power factor",
        },
        {
            type = "numeric",
            name = "power",
            property = "power",
            access = 1,
            unit = "W",
            description = "Total active power",
        },
        {
            type = "numeric",
            name = "ac_frequency",
            property = "ac_frequency",
            access = 1,
            unit = "Hz",
            description = "Measured electrical AC frequency",
        },
        {
            type = "numeric",
            name = "energy_l1",
            property = "energy_l1",
            access = 1,
            unit = "kWh",
            description = "Sum of consumed energy (phase L1)",
        },
        {
            type = "numeric",
            name = "energy_l2",
            property = "energy_l2",
            access = 1,
            unit = "kWh",
            description = "Sum of consumed energy (phase L2)",
        },
        {
            type = "numeric",
            name = "energy_produced_l1",
            property = "energy_produced_l1",
            access = 1,
            unit = "kWh",
            description = "Sum of produced energy (phase L1)",
        },
        {
            type = "numeric",
            name = "energy_produced_l2",
            property = "energy_produced_l2",
            access = 1,
            unit = "kWh",
            description = "Sum of produced energy (phase L2)",
        },
        {
            type = "numeric",
            name = "power_factor_l1",
            property = "power_factor_l1",
            access = 1,
            unit = "%",
            description = "Instantaneous measured power factor (phase L1)",
        },
        {
            type = "numeric",
            name = "power_factor_l2",
            property = "power_factor_l2",
            access = 1,
            unit = "%",
            description = "Instantaneous measured power factor (phase L2)",
        },
        {
            type = "numeric",
            name = "update_frequency",
            property = "update_frequency",
            access = 3,
            unit = "s",
            min = 5,
            max = 3600,
            description = "Update frequency",
        },
    }

device.fromZigbee = { "metering", "electrical" }

device.tuyaDatapoints = {
    { dp = 1, name = "energy", converter = "divideBy100" },
    { dp = 23, name = "produced_energy", converter = "divideBy100" },
    { dp = 29, name = "power", converter = "raw" },
    { dp = 32, name = "ac_frequency", converter = "divideBy100" },
    { dp = 50, name = "power_factor", converter = "raw" },
    { dp = 103, name = "voltage_l1", converter = "divideBy10" },
    { dp = 104, name = "current_l1", converter = "divideBy1000" },
    { dp = 105, name = "power_l1", converter = "raw" },
    { dp = 108, name = "power_factor_l1", converter = "raw" },
    { dp = 109, name = "energy_l1", converter = "divideBy100" },
    { dp = 110, name = "energy_produced_l1", converter = "divideBy100" },
    { dp = 112, name = "voltage_l2", converter = "divideBy10" },
    { dp = 113, name = "current_l2", converter = "divideBy1000" },
    { dp = 114, name = "power_l2", converter = "raw" },
    { dp = 117, name = "power_factor_l2", converter = "raw" },
    { dp = 118, name = "energy_l2", converter = "divideBy100" },
    { dp = 119, name = "energy_produced_l2", converter = "divideBy100" },
}

device.configure = {
    bind = { "seMetering", "haElectricalMeasurement" },
    reporting = {
        {
            cluster = "seMetering",
            attribute = "currentSummDelivered",
            min = 5,
            max = 3600,
            change = 1,
        },
        {
            cluster = "haElectricalMeasurement",
            attribute = "activePower",
            min = 5,
            max = 3600,
            change = 1,
        },
        {
            cluster = "haElectricalMeasurement",
            attribute = "rmsVoltage",
            min = 5,
            max = 3600,
            change = 5,
        },
        {
            cluster = "haElectricalMeasurement",
            attribute = "rmsCurrent",
            min = 5,
            max = 3600,
            change = 100,
        },
    },
}

device.fingerprint = {
    {
        model = "TS0601",
        manufacturer = "_TZE204_78ioiaml",
    },
    {
        model = "TS0601",
        manufacturer = "_TZE284_78ioiaml",
    },
    {
        model = "TS0601",
        manufacturer = "_TZE200_78ioiaml",
    },
}

return device