export interface StiebelIsgSystemInfo {
    roomTemperature: {
        /** actual room temperature of heat circuit 1 in °C */
        actualRoomTemperatureHc1: number;
        /** set room temperature of heat circuit 1 in °C */
        setRoomTemperatureHc1: number;
        /** relative humidity in heat circuit 1 in % */
        relativeHumidityHc1: number;
        /** actual room temperature of heat circuit 2 in °C */
        actualRoomTemperatureHc2: number;
        /** set room temperature of heat circuit 2 in °C */
        setRoomTemperatureHc2: number;
        /** relative humidity in heat circuit 2 in % */
        relativeHumidityHc2: number;
    };
    heating: {
        /** outside temperature in °C */
        outsideTemperature: number;
        /** actual temperature in heat circuit 1 in °C */
        actualTemperatureHc1: number;
        /** set temperature in heat circuit 1 in °C */
        setTemperatureHc1: number;
        /** actual temperature in heat circuit 2 in °C */
        actualTemperatureHc2: number;
        /** set temperature in heat circuit 2 in °C */
        setTemperatureHc2: number;
        /** flow temperature in °C */
        flowTemperature: number;
        /** return temperature in °C */
        returnTemperature: number;
        /** pressure in bar */
        pressure: number;
        /** flow rate in l/min */
        flowRate: number;
    };
    dhw: {
        /** actual DHW temperature in °C */
        actualTemperature: number;
        /** set DHW temperature in °C */
        setTemperature: number;
    };
    ventilation: {
        /** actual fan speed in Hz */
        actualFanSpeed: number;
        /** set flow rate in m³/h */
        setFlowRate: number;
        /** extract air actual fan speed in Hz */
        extractAirActualFanSpeed: number;
        /** extract air set flow rate in m³/h */
        extractAirSetFlowRate: number;
        /** extract air relative humidity in % */
        extractAirRelativeHumidity: number;
        /** extract air temperature in °C */
        extractAirTemperature: number;
        /** extract air dew point in °C */
        extractAirDewPointTemperature: number;
        /** differential pressure */
        differentialPressure: number;
    };
    cooling: {
        /** dew point temperature in heat circuit 1 in °C */
        dewPointTemperatureHc1: number;
        /** dew point temperature in heat circuit 2 in °C */
        dewPointTemperatureHc2: number;
    };
    /** heat source: heating stage */
    heatSourceHeatingStage: number;
    /** energy management enabled */
    energyManagementEnabled: boolean;
}
export interface StiebelIsgVentilationStages {
    day: number;
    night: number;
    standby: number;
    party: number;
    manual: number;
}